PPOL 650
Issue Analysis Paper Instructions
You will submit a paper analyzing an issue related to the intersection of international law, policy, politics, and diplomacy. Upon review of the course material and topics of study, you will select a topic based on concepts studied during the course. You must identify a major international crisis, provide a factual background, collect data describing the process used to resolve the crisis, explain whether the plan used was the best course of action, and explain the outcome. You are required to compare the effectiveness of the plan in light of all the international issues, identify the specific strengths and weaknesses of the approach, and note how diplomacy was used to address the crisis. You must also include a review of alternate plans that may have been effective in resolving the issue. The paper must include a minimum of 3–5 scholarly sources (ex. books or peer reviewed articles) formatted in current Turabian style. The assignment must be 5–7 pages.
Your Issue Analysis Paper is due by 11:59 p.m. (ET) on Sunday of Module/Week 3.
Analysis on the Demand of Top Talent Introduction
in Big Data and Cloud Computing Field in China
Based on 3-F Method
Zhao Linjia, Huang Yuanxi, Wang Yinqiu, Liu Jia
National Academy of Innovation Strategy, China Association for Science and Technology, Beijing, P.R.China
Abstract—Big data and cloud computing, which can help
China to implement innovation-driven development strategy and
promote industrial transformation and upgrading, is a new and
emerging industrial field in China. Educated, productive and
healthy workforces are necessary factor to develop big data and
cloud computing industry, especially top talents are essential.
Therefore, a three-step method named 3-F has been introduced
to help describing the distribution of top talents globally and
making decision whether they are needed in China. The 3-F
method relies on calculating the brain gain index to analysis the
top talent introduction demand of a country. Firstly, Focus on the
high-frequency keywords of a specific field by retrieving the
highly cited papers. Secondly, using those keywords to Find out
the top talents of this specific field in the Web of Science. Finally,
Figure out the brain gain index to estimate whether a country
need to introduce top talents of a specific field abroad. The result
showed that the brain gain index value of China's big data and
cloud computing field was 2.61, which means China need to
introduce top talents abroad. Besides P. R. China, those top
talents mainly distributed in the United States, the United
Kingdom, Germany, Netherlands and France.
I. INTRODUCTION
Big data and cloud computing is a new and emerging
industrial field[1], and increasing widely used in China[2-4].
Talents’ experience is a source of technological mastery[5],
essentially for developing and using big data technologies.
Most European states consider the immigra.
ESSAY ON SECTION 5 INFORMAL PROCESSES AND DISCRETION (Due 11.docxtheodorelove43763
This document provides instructions for an essay assignment on informal processes and discretion in public administration. It includes a scenario where the reader works for the Oregon Liquor Control Commission Recreational Marijuana Licensing Office, which has two scheduled video meetings - one with an 80-year-old grandmother interested in opening a dispensary, and one with a large marijuana company interested in guaranteed licensing for new retail outlets. It then provides three questions analyzing the importance of informal processes, potential inaccuracies in advice provided, and how courts review agency discretion.
Analysis on the Demand of Top Talent Introduction in Big DatMadonnaJacobsenfp
Analysis on the Demand of Top Talent Introduction
in Big Data and Cloud Computing Field in China
Based on 3-F Method
Zhao Linjia, Huang Yuanxi, Wang Yinqiu, Liu Jia
National Academy of Innovation Strategy, China Association for Science and Technology, Beijing, P.R.China
Abstract—Big data and cloud computing, which can help
China to implement innovation-driven development strategy and
promote industrial transformation and upgrading, is a new and
emerging industrial field in China. Educated, productive and
healthy workforces are necessary factor to develop big data and
cloud computing industry, especially top talents are essential.
Therefore, a three-step method named 3-F has been introduced
to help describing the distribution of top talents globally and
making decision whether they are needed in China. The 3-F
method relies on calculating the brain gain index to analysis the
top talent introduction demand of a country. Firstly, Focus on the
high-frequency keywords of a specific field by retrieving the
highly cited papers. Secondly, using those keywords to Find out
the top talents of this specific field in the Web of Science. Finally,
Figure out the brain gain index to estimate whether a country
need to introduce top talents of a specific field abroad. The result
showed that the brain gain index value of China's big data and
cloud computing field was 2.61, which means China need to
introduce top talents abroad. Besides P. R. China, those top
talents mainly distributed in the United States, the United
Kingdom, Germany, Netherlands and France.
I. INTRODUCTION
Big data and cloud computing is a new and emerging
industrial field[1], and increasing widely used in China[2-4].
Talents’ experience is a source of technological mastery[5],
essentially for developing and using big data technologies.
Most European states consider the immigration of foreign
workers as an important factor to decelerate the decline of
national workforces[6]. Lots of universities and research
institutes have set up undergraduate and/or postgraduate
courses on data analytics for cultivating talents[7]. EMC
corporation think that vision, talent, and technology are
necessary elements to providing solutions to big data
management and analysis, insuring the big data success[8].
Bibliometrics research has appeared as early as 1917[9],
and has been proved an effective method for assessing or
identifying talents. Based on analyses of publication volume,
journals and their impact factors, most cited articles and
authors, preferred methods, and represented countries,
Gallardo-Gallardo et. al[10] assess whether talent management
should be approached as an embryonic, growth, or mature
phenomenon.
In this paper, we intend to analysis whether China need to
introduce top talents in the field of big data and cloud
computing by using bibliometrics. In section 2, the 3-F method
for top talent introduction demand analysis will be dis ...
Analysis on the Demand of Top Talent Introduction in Big Dat.docxgreg1eden90113
Analysis on the Demand of Top Talent Introduction
in Big Data and Cloud Computing Field in China
Based on 3-F Method
Zhao Linjia, Huang Yuanxi, Wang Yinqiu, Liu Jia
National Academy of Innovation Strategy, China Association for Science and Technology, Beijing, P.R.China
Abstract—Big data and cloud computing, which can help
China to implement innovation-driven development strategy and
promote industrial transformation and upgrading, is a new and
emerging industrial field in China. Educated, productive and
healthy workforces are necessary factor to develop big data and
cloud computing industry, especially top talents are essential.
Therefore, a three-step method named 3-F has been introduced
to help describing the distribution of top talents globally and
making decision whether they are needed in China. The 3-F
method relies on calculating the brain gain index to analysis the
top talent introduction demand of a country. Firstly, Focus on the
high-frequency keywords of a specific field by retrieving the
highly cited papers. Secondly, using those keywords to Find out
the top talents of this specific field in the Web of Science. Finally,
Figure out the brain gain index to estimate whether a country
need to introduce top talents of a specific field abroad. The result
showed that the brain gain index value of China's big data and
cloud computing field was 2.61, which means China need to
introduce top talents abroad. Besides P. R. China, those top
talents mainly distributed in the United States, the United
Kingdom, Germany, Netherlands and France.
I. INTRODUCTION
Big data and cloud computing is a new and emerging
industrial field[1], and increasing widely used in China[2-4].
Talents’ experience is a source of technological mastery[5],
essentially for developing and using big data technologies.
Most European states consider the immigration of foreign
workers as an important factor to decelerate the decline of
national workforces[6]. Lots of universities and research
institutes have set up undergraduate and/or postgraduate
courses on data analytics for cultivating talents[7]. EMC
corporation think that vision, talent, and technology are
necessary elements to providing solutions to big data
management and analysis, insuring the big data success[8].
Bibliometrics research has appeared as early as 1917[9],
and has been proved an effective method for assessing or
identifying talents. Based on analyses of publication volume,
journals and their impact factors, most cited articles and
authors, preferred methods, and represented countries,
Gallardo-Gallardo et. al[10] assess whether talent management
should be approached as an embryonic, growth, or mature
phenomenon.
In this paper, we intend to analysis whether China need to
introduce top talents in the field of big data and cloud
computing by using bibliometrics. In section 2, the 3-F method
for top talent introduction demand analysis will be dis.
Analysis on the Demand of Top Talent Introduction in Big Dat.docxjack60216
Analysis on the Demand of Top Talent Introduction
in Big Data and Cloud Computing Field in China
Based on 3-F Method
Zhao Linjia, Huang Yuanxi, Wang Yinqiu, Liu Jia
National Academy of Innovation Strategy, China Association for Science and Technology, Beijing, P.R.China
Abstract—Big data and cloud computing, which can help
China to implement innovation-driven development strategy and
promote industrial transformation and upgrading, is a new and
emerging industrial field in China. Educated, productive and
healthy workforces are necessary factor to develop big data and
cloud computing industry, especially top talents are essential.
Therefore, a three-step method named 3-F has been introduced
to help describing the distribution of top talents globally and
making decision whether they are needed in China. The 3-F
method relies on calculating the brain gain index to analysis the
top talent introduction demand of a country. Firstly, Focus on the
high-frequency keywords of a specific field by retrieving the
highly cited papers. Secondly, using those keywords to Find out
the top talents of this specific field in the Web of Science. Finally,
Figure out the brain gain index to estimate whether a country
need to introduce top talents of a specific field abroad. The result
showed that the brain gain index value of China's big data and
cloud computing field was 2.61, which means China need to
introduce top talents abroad. Besides P. R. China, those top
talents mainly distributed in the United States, the United
Kingdom, Germany, Netherlands and France.
I. INTRODUCTION
Big data and cloud computing is a new and emerging
industrial field[1], and increasing widely used in China[2-4].
Talents’ experience is a source of technological mastery[5],
essentially for developing and using big data technologies.
Most European states consider the immigration of foreign
workers as an important factor to decelerate the decline of
national workforces[6]. Lots of universities and research
institutes have set up undergraduate and/or postgraduate
courses on data analytics for cultivating talents[7]. EMC
corporation think that vision, talent, and technology are
necessary elements to providing solutions to big data
management and analysis, insuring the big data success[8].
Bibliometrics research has appeared as early as 1917[9],
and has been proved an effective method for assessing or
identifying talents. Based on analyses of publication volume,
journals and their impact factors, most cited articles and
authors, preferred methods, and represented countries,
Gallardo-Gallardo et. al[10] assess whether talent management
should be approached as an embryonic, growth, or mature
phenomenon.
In this paper, we intend to analysis whether China need to
introduce top talents in the field of big data and cloud
computing by using bibliometrics. In section 2, the 3-F method
for top talent introduction demand analysis will be dis.
Analysis on the Demand of Top Talent Introduction in Big Dat.docxSHIVA101531
Analysis on the Demand of Top Talent Introduction
in Big Data and Cloud Computing Field in China
Based on 3-F Method
Zhao Linjia, Huang Yuanxi, Wang Yinqiu, Liu Jia
National Academy of Innovation Strategy, China Association for Science and Technology, Beijing, P.R.China
Abstract—Big data and cloud computing, which can help
China to implement innovation-driven development strategy and
promote industrial transformation and upgrading, is a new and
emerging industrial field in China. Educated, productive and
healthy workforces are necessary factor to develop big data and
cloud computing industry, especially top talents are essential.
Therefore, a three-step method named 3-F has been introduced
to help describing the distribution of top talents globally and
making decision whether they are needed in China. The 3-F
method relies on calculating the brain gain index to analysis the
top talent introduction demand of a country. Firstly, Focus on the
high-frequency keywords of a specific field by retrieving the
highly cited papers. Secondly, using those keywords to Find out
the top talents of this specific field in the Web of Science. Finally,
Figure out the brain gain index to estimate whether a country
need to introduce top talents of a specific field abroad. The result
showed that the brain gain index value of China's big data and
cloud computing field was 2.61, which means China need to
introduce top talents abroad. Besides P. R. China, those top
talents mainly distributed in the United States, the United
Kingdom, Germany, Netherlands and France.
I. INTRODUCTION
Big data and cloud computing is a new and emerging
industrial field[1], and increasing widely used in China[2-4].
Talents’ experience is a source of technological mastery[5],
essentially for developing and using big data technologies.
Most European states consider the immigration of foreign
workers as an important factor to decelerate the decline of
national workforces[6]. Lots of universities and research
institutes have set up undergraduate and/or postgraduate
courses on data analytics for cultivating talents[7]. EMC
corporation think that vision, talent, and technology are
necessary elements to providing solutions to big data
management and analysis, insuring the big data success[8].
Bibliometrics research has appeared as early as 1917[9],
and has been proved an effective method for assessing or
identifying talents. Based on analyses of publication volume,
journals and their impact factors, most cited articles and
authors, preferred methods, and represented countries,
Gallardo-Gallardo et. al[10] assess whether talent management
should be approached as an embryonic, growth, or mature
phenomenon.
In this paper, we intend to analysis whether China need to
introduce top talents in the field of big data and cloud
computing by using bibliometrics. In section 2, the 3-F method
for top talent introduction demand analysis will be dis.
Analysis on the Demand of Top Talent Introduction in Big Dat.docxdaniahendric
Analysis on the Demand of Top Talent Introduction
in Big Data and Cloud Computing Field in China
Based on 3-F Method
Zhao Linjia, Huang Yuanxi, Wang Yinqiu, Liu Jia
National Academy of Innovation Strategy, China Association for Science and Technology, Beijing, P.R.China
Abstract—Big data and cloud computing, which can help
China to implement innovation-driven development strategy and
promote industrial transformation and upgrading, is a new and
emerging industrial field in China. Educated, productive and
healthy workforces are necessary factor to develop big data and
cloud computing industry, especially top talents are essential.
Therefore, a three-step method named 3-F has been introduced
to help describing the distribution of top talents globally and
making decision whether they are needed in China. The 3-F
method relies on calculating the brain gain index to analysis the
top talent introduction demand of a country. Firstly, Focus on the
high-frequency keywords of a specific field by retrieving the
highly cited papers. Secondly, using those keywords to Find out
the top talents of this specific field in the Web of Science. Finally,
Figure out the brain gain index to estimate whether a country
need to introduce top talents of a specific field abroad. The result
showed that the brain gain index value of China's big data and
cloud computing field was 2.61, which means China need to
introduce top talents abroad. Besides P. R. China, those top
talents mainly distributed in the United States, the United
Kingdom, Germany, Netherlands and France.
I. INTRODUCTION
Big data and cloud computing is a new and emerging
industrial field[1], and increasing widely used in China[2-4].
Talents’ experience is a source of technological mastery[5],
essentially for developing and using big data technologies.
Most European states consider the immigration of foreign
workers as an important factor to decelerate the decline of
national workforces[6]. Lots of universities and research
institutes have set up undergraduate and/or postgraduate
courses on data analytics for cultivating talents[7]. EMC
corporation think that vision, talent, and technology are
necessary elements to providing solutions to big data
management and analysis, insuring the big data success[8].
Bibliometrics research has appeared as early as 1917[9],
and has been proved an effective method for assessing or
identifying talents. Based on analyses of publication volume,
journals and their impact factors, most cited articles and
authors, preferred methods, and represented countries,
Gallardo-Gallardo et. al[10] assess whether talent management
should be approached as an embryonic, growth, or mature
phenomenon.
In this paper, we intend to analysis whether China need to
introduce top talents in the field of big data and cloud
computing by using bibliometrics. In section 2, the 3-F method
for top talent introduction demand analysis will be dis ...
Follow directions below using original work only. Based .docxkeugene1
Follow directions below using original work only.
Based on your needs analysis and your capstone preparation, design a survey you can use to conduct a pre- and post-assessment for your capstone. The survey should include success indicators to help you collect data about the effectiveness of the project.
While APA format is not required for the body of this assignment, solid academic writing is expected, and documentation of sources should be presented using APA formatting guidelines, which can be found in the APA Style Guide, located in the Student Success Center.
Analysis on the Demand of Top Talent Introduction
in Big Data and Cloud Computing Field in China
Based on 3-F Method
Zhao Linjia, Huang Yuanxi, Wang Yinqiu, Liu Jia
National Academy of Innovation Strategy, China Association for Science and Technology, Beijing, P.R.China
Abstract—Big data and cloud computing, which can help
China to implement innovation-driven development strategy and
promote industrial transformation and upgrading, is a new and
emerging industrial field in China. Educated, productive and
healthy workforces are necessary factor to develop big data and
cloud computing industry, especially top talents are essential.
Therefore, a three-step method named 3-F has been introduced
to help describing the distribution of top talents globally and
making decision whether they are needed in China. The 3-F
method relies on calculating the brain gain index to analysis the
top talent introduction demand of a country. Firstly, Focus on the
high-frequency keywords of a specific field by retrieving the
highly cited papers. Secondly, using those keywords to Find out
the top talents of this specific field in the Web of Science. Finally,
Figure out the brain gain index to estimate whether a country
need to introduce top talents of a specific field abroad. The result
showed that the brain gain index value of China's big data and
cloud computing field was 2.61, which means China need to
introduce top talents abroad. Besides P. R. China, those top
talents mainly distributed in the United States, the United
Kingdom, Germany, Netherlands and France.
I. INTRODUCTION
Big data and cloud computing is a new and emerging
industrial field[1], and increasing widely used in China[2-4].
Talents’ experience is a source of technological mastery[5],
essentially for developing and using big data technologies.
Most European states consider the immigration of foreign
workers as an important factor to decelerate the decline of
national workforces[6]. Lots of universities and research
institutes have set up undergraduate and/or postgraduate
courses on data analytics for cultivating talents[7]. EMC
corporation think that vision, talent, and technology are
necessary elements to providing solutions to big data
management and analysis, insuring the big data success[8].
Bibliometrics research has appeared as early as 1917[9],
and has been proved an effecti.
Follow directions below using original work only. Based .docxbudbarber38650
Follow directions below using original work only.
Based on your needs analysis and your capstone preparation, design a survey you can use to conduct a pre- and post-assessment for your capstone. The survey should include success indicators to help you collect data about the effectiveness of the project.
While APA format is not required for the body of this assignment, solid academic writing is expected, and documentation of sources should be presented using APA formatting guidelines, which can be found in the APA Style Guide, located in the Student Success Center.
Analysis on the Demand of Top Talent Introduction
in Big Data and Cloud Computing Field in China
Based on 3-F Method
Zhao Linjia, Huang Yuanxi, Wang Yinqiu, Liu Jia
National Academy of Innovation Strategy, China Association for Science and Technology, Beijing, P.R.China
Abstract—Big data and cloud computing, which can help
China to implement innovation-driven development strategy and
promote industrial transformation and upgrading, is a new and
emerging industrial field in China. Educated, productive and
healthy workforces are necessary factor to develop big data and
cloud computing industry, especially top talents are essential.
Therefore, a three-step method named 3-F has been introduced
to help describing the distribution of top talents globally and
making decision whether they are needed in China. The 3-F
method relies on calculating the brain gain index to analysis the
top talent introduction demand of a country. Firstly, Focus on the
high-frequency keywords of a specific field by retrieving the
highly cited papers. Secondly, using those keywords to Find out
the top talents of this specific field in the Web of Science. Finally,
Figure out the brain gain index to estimate whether a country
need to introduce top talents of a specific field abroad. The result
showed that the brain gain index value of China's big data and
cloud computing field was 2.61, which means China need to
introduce top talents abroad. Besides P. R. China, those top
talents mainly distributed in the United States, the United
Kingdom, Germany, Netherlands and France.
I. INTRODUCTION
Big data and cloud computing is a new and emerging
industrial field[1], and increasing widely used in China[2-4].
Talents’ experience is a source of technological mastery[5],
essentially for developing and using big data technologies.
Most European states consider the immigration of foreign
workers as an important factor to decelerate the decline of
national workforces[6]. Lots of universities and research
institutes have set up undergraduate and/or postgraduate
courses on data analytics for cultivating talents[7]. EMC
corporation think that vision, talent, and technology are
necessary elements to providing solutions to big data
management and analysis, insuring the big data success[8].
Bibliometrics research has appeared as early as 1917[9],
and has been proved an effecti.
ESSAY ON SECTION 5 INFORMAL PROCESSES AND DISCRETION (Due 11.docxtheodorelove43763
This document provides instructions for an essay assignment on informal processes and discretion in public administration. It includes a scenario where the reader works for the Oregon Liquor Control Commission Recreational Marijuana Licensing Office, which has two scheduled video meetings - one with an 80-year-old grandmother interested in opening a dispensary, and one with a large marijuana company interested in guaranteed licensing for new retail outlets. It then provides three questions analyzing the importance of informal processes, potential inaccuracies in advice provided, and how courts review agency discretion.
Analysis on the Demand of Top Talent Introduction in Big DatMadonnaJacobsenfp
Analysis on the Demand of Top Talent Introduction
in Big Data and Cloud Computing Field in China
Based on 3-F Method
Zhao Linjia, Huang Yuanxi, Wang Yinqiu, Liu Jia
National Academy of Innovation Strategy, China Association for Science and Technology, Beijing, P.R.China
Abstract—Big data and cloud computing, which can help
China to implement innovation-driven development strategy and
promote industrial transformation and upgrading, is a new and
emerging industrial field in China. Educated, productive and
healthy workforces are necessary factor to develop big data and
cloud computing industry, especially top talents are essential.
Therefore, a three-step method named 3-F has been introduced
to help describing the distribution of top talents globally and
making decision whether they are needed in China. The 3-F
method relies on calculating the brain gain index to analysis the
top talent introduction demand of a country. Firstly, Focus on the
high-frequency keywords of a specific field by retrieving the
highly cited papers. Secondly, using those keywords to Find out
the top talents of this specific field in the Web of Science. Finally,
Figure out the brain gain index to estimate whether a country
need to introduce top talents of a specific field abroad. The result
showed that the brain gain index value of China's big data and
cloud computing field was 2.61, which means China need to
introduce top talents abroad. Besides P. R. China, those top
talents mainly distributed in the United States, the United
Kingdom, Germany, Netherlands and France.
I. INTRODUCTION
Big data and cloud computing is a new and emerging
industrial field[1], and increasing widely used in China[2-4].
Talents’ experience is a source of technological mastery[5],
essentially for developing and using big data technologies.
Most European states consider the immigration of foreign
workers as an important factor to decelerate the decline of
national workforces[6]. Lots of universities and research
institutes have set up undergraduate and/or postgraduate
courses on data analytics for cultivating talents[7]. EMC
corporation think that vision, talent, and technology are
necessary elements to providing solutions to big data
management and analysis, insuring the big data success[8].
Bibliometrics research has appeared as early as 1917[9],
and has been proved an effective method for assessing or
identifying talents. Based on analyses of publication volume,
journals and their impact factors, most cited articles and
authors, preferred methods, and represented countries,
Gallardo-Gallardo et. al[10] assess whether talent management
should be approached as an embryonic, growth, or mature
phenomenon.
In this paper, we intend to analysis whether China need to
introduce top talents in the field of big data and cloud
computing by using bibliometrics. In section 2, the 3-F method
for top talent introduction demand analysis will be dis ...
Analysis on the Demand of Top Talent Introduction in Big Dat.docxgreg1eden90113
Analysis on the Demand of Top Talent Introduction
in Big Data and Cloud Computing Field in China
Based on 3-F Method
Zhao Linjia, Huang Yuanxi, Wang Yinqiu, Liu Jia
National Academy of Innovation Strategy, China Association for Science and Technology, Beijing, P.R.China
Abstract—Big data and cloud computing, which can help
China to implement innovation-driven development strategy and
promote industrial transformation and upgrading, is a new and
emerging industrial field in China. Educated, productive and
healthy workforces are necessary factor to develop big data and
cloud computing industry, especially top talents are essential.
Therefore, a three-step method named 3-F has been introduced
to help describing the distribution of top talents globally and
making decision whether they are needed in China. The 3-F
method relies on calculating the brain gain index to analysis the
top talent introduction demand of a country. Firstly, Focus on the
high-frequency keywords of a specific field by retrieving the
highly cited papers. Secondly, using those keywords to Find out
the top talents of this specific field in the Web of Science. Finally,
Figure out the brain gain index to estimate whether a country
need to introduce top talents of a specific field abroad. The result
showed that the brain gain index value of China's big data and
cloud computing field was 2.61, which means China need to
introduce top talents abroad. Besides P. R. China, those top
talents mainly distributed in the United States, the United
Kingdom, Germany, Netherlands and France.
I. INTRODUCTION
Big data and cloud computing is a new and emerging
industrial field[1], and increasing widely used in China[2-4].
Talents’ experience is a source of technological mastery[5],
essentially for developing and using big data technologies.
Most European states consider the immigration of foreign
workers as an important factor to decelerate the decline of
national workforces[6]. Lots of universities and research
institutes have set up undergraduate and/or postgraduate
courses on data analytics for cultivating talents[7]. EMC
corporation think that vision, talent, and technology are
necessary elements to providing solutions to big data
management and analysis, insuring the big data success[8].
Bibliometrics research has appeared as early as 1917[9],
and has been proved an effective method for assessing or
identifying talents. Based on analyses of publication volume,
journals and their impact factors, most cited articles and
authors, preferred methods, and represented countries,
Gallardo-Gallardo et. al[10] assess whether talent management
should be approached as an embryonic, growth, or mature
phenomenon.
In this paper, we intend to analysis whether China need to
introduce top talents in the field of big data and cloud
computing by using bibliometrics. In section 2, the 3-F method
for top talent introduction demand analysis will be dis.
Analysis on the Demand of Top Talent Introduction in Big Dat.docxjack60216
Analysis on the Demand of Top Talent Introduction
in Big Data and Cloud Computing Field in China
Based on 3-F Method
Zhao Linjia, Huang Yuanxi, Wang Yinqiu, Liu Jia
National Academy of Innovation Strategy, China Association for Science and Technology, Beijing, P.R.China
Abstract—Big data and cloud computing, which can help
China to implement innovation-driven development strategy and
promote industrial transformation and upgrading, is a new and
emerging industrial field in China. Educated, productive and
healthy workforces are necessary factor to develop big data and
cloud computing industry, especially top talents are essential.
Therefore, a three-step method named 3-F has been introduced
to help describing the distribution of top talents globally and
making decision whether they are needed in China. The 3-F
method relies on calculating the brain gain index to analysis the
top talent introduction demand of a country. Firstly, Focus on the
high-frequency keywords of a specific field by retrieving the
highly cited papers. Secondly, using those keywords to Find out
the top talents of this specific field in the Web of Science. Finally,
Figure out the brain gain index to estimate whether a country
need to introduce top talents of a specific field abroad. The result
showed that the brain gain index value of China's big data and
cloud computing field was 2.61, which means China need to
introduce top talents abroad. Besides P. R. China, those top
talents mainly distributed in the United States, the United
Kingdom, Germany, Netherlands and France.
I. INTRODUCTION
Big data and cloud computing is a new and emerging
industrial field[1], and increasing widely used in China[2-4].
Talents’ experience is a source of technological mastery[5],
essentially for developing and using big data technologies.
Most European states consider the immigration of foreign
workers as an important factor to decelerate the decline of
national workforces[6]. Lots of universities and research
institutes have set up undergraduate and/or postgraduate
courses on data analytics for cultivating talents[7]. EMC
corporation think that vision, talent, and technology are
necessary elements to providing solutions to big data
management and analysis, insuring the big data success[8].
Bibliometrics research has appeared as early as 1917[9],
and has been proved an effective method for assessing or
identifying talents. Based on analyses of publication volume,
journals and their impact factors, most cited articles and
authors, preferred methods, and represented countries,
Gallardo-Gallardo et. al[10] assess whether talent management
should be approached as an embryonic, growth, or mature
phenomenon.
In this paper, we intend to analysis whether China need to
introduce top talents in the field of big data and cloud
computing by using bibliometrics. In section 2, the 3-F method
for top talent introduction demand analysis will be dis.
Analysis on the Demand of Top Talent Introduction in Big Dat.docxSHIVA101531
Analysis on the Demand of Top Talent Introduction
in Big Data and Cloud Computing Field in China
Based on 3-F Method
Zhao Linjia, Huang Yuanxi, Wang Yinqiu, Liu Jia
National Academy of Innovation Strategy, China Association for Science and Technology, Beijing, P.R.China
Abstract—Big data and cloud computing, which can help
China to implement innovation-driven development strategy and
promote industrial transformation and upgrading, is a new and
emerging industrial field in China. Educated, productive and
healthy workforces are necessary factor to develop big data and
cloud computing industry, especially top talents are essential.
Therefore, a three-step method named 3-F has been introduced
to help describing the distribution of top talents globally and
making decision whether they are needed in China. The 3-F
method relies on calculating the brain gain index to analysis the
top talent introduction demand of a country. Firstly, Focus on the
high-frequency keywords of a specific field by retrieving the
highly cited papers. Secondly, using those keywords to Find out
the top talents of this specific field in the Web of Science. Finally,
Figure out the brain gain index to estimate whether a country
need to introduce top talents of a specific field abroad. The result
showed that the brain gain index value of China's big data and
cloud computing field was 2.61, which means China need to
introduce top talents abroad. Besides P. R. China, those top
talents mainly distributed in the United States, the United
Kingdom, Germany, Netherlands and France.
I. INTRODUCTION
Big data and cloud computing is a new and emerging
industrial field[1], and increasing widely used in China[2-4].
Talents’ experience is a source of technological mastery[5],
essentially for developing and using big data technologies.
Most European states consider the immigration of foreign
workers as an important factor to decelerate the decline of
national workforces[6]. Lots of universities and research
institutes have set up undergraduate and/or postgraduate
courses on data analytics for cultivating talents[7]. EMC
corporation think that vision, talent, and technology are
necessary elements to providing solutions to big data
management and analysis, insuring the big data success[8].
Bibliometrics research has appeared as early as 1917[9],
and has been proved an effective method for assessing or
identifying talents. Based on analyses of publication volume,
journals and their impact factors, most cited articles and
authors, preferred methods, and represented countries,
Gallardo-Gallardo et. al[10] assess whether talent management
should be approached as an embryonic, growth, or mature
phenomenon.
In this paper, we intend to analysis whether China need to
introduce top talents in the field of big data and cloud
computing by using bibliometrics. In section 2, the 3-F method
for top talent introduction demand analysis will be dis.
Analysis on the Demand of Top Talent Introduction in Big Dat.docxdaniahendric
Analysis on the Demand of Top Talent Introduction
in Big Data and Cloud Computing Field in China
Based on 3-F Method
Zhao Linjia, Huang Yuanxi, Wang Yinqiu, Liu Jia
National Academy of Innovation Strategy, China Association for Science and Technology, Beijing, P.R.China
Abstract—Big data and cloud computing, which can help
China to implement innovation-driven development strategy and
promote industrial transformation and upgrading, is a new and
emerging industrial field in China. Educated, productive and
healthy workforces are necessary factor to develop big data and
cloud computing industry, especially top talents are essential.
Therefore, a three-step method named 3-F has been introduced
to help describing the distribution of top talents globally and
making decision whether they are needed in China. The 3-F
method relies on calculating the brain gain index to analysis the
top talent introduction demand of a country. Firstly, Focus on the
high-frequency keywords of a specific field by retrieving the
highly cited papers. Secondly, using those keywords to Find out
the top talents of this specific field in the Web of Science. Finally,
Figure out the brain gain index to estimate whether a country
need to introduce top talents of a specific field abroad. The result
showed that the brain gain index value of China's big data and
cloud computing field was 2.61, which means China need to
introduce top talents abroad. Besides P. R. China, those top
talents mainly distributed in the United States, the United
Kingdom, Germany, Netherlands and France.
I. INTRODUCTION
Big data and cloud computing is a new and emerging
industrial field[1], and increasing widely used in China[2-4].
Talents’ experience is a source of technological mastery[5],
essentially for developing and using big data technologies.
Most European states consider the immigration of foreign
workers as an important factor to decelerate the decline of
national workforces[6]. Lots of universities and research
institutes have set up undergraduate and/or postgraduate
courses on data analytics for cultivating talents[7]. EMC
corporation think that vision, talent, and technology are
necessary elements to providing solutions to big data
management and analysis, insuring the big data success[8].
Bibliometrics research has appeared as early as 1917[9],
and has been proved an effective method for assessing or
identifying talents. Based on analyses of publication volume,
journals and their impact factors, most cited articles and
authors, preferred methods, and represented countries,
Gallardo-Gallardo et. al[10] assess whether talent management
should be approached as an embryonic, growth, or mature
phenomenon.
In this paper, we intend to analysis whether China need to
introduce top talents in the field of big data and cloud
computing by using bibliometrics. In section 2, the 3-F method
for top talent introduction demand analysis will be dis ...
Follow directions below using original work only. Based .docxkeugene1
Follow directions below using original work only.
Based on your needs analysis and your capstone preparation, design a survey you can use to conduct a pre- and post-assessment for your capstone. The survey should include success indicators to help you collect data about the effectiveness of the project.
While APA format is not required for the body of this assignment, solid academic writing is expected, and documentation of sources should be presented using APA formatting guidelines, which can be found in the APA Style Guide, located in the Student Success Center.
Analysis on the Demand of Top Talent Introduction
in Big Data and Cloud Computing Field in China
Based on 3-F Method
Zhao Linjia, Huang Yuanxi, Wang Yinqiu, Liu Jia
National Academy of Innovation Strategy, China Association for Science and Technology, Beijing, P.R.China
Abstract—Big data and cloud computing, which can help
China to implement innovation-driven development strategy and
promote industrial transformation and upgrading, is a new and
emerging industrial field in China. Educated, productive and
healthy workforces are necessary factor to develop big data and
cloud computing industry, especially top talents are essential.
Therefore, a three-step method named 3-F has been introduced
to help describing the distribution of top talents globally and
making decision whether they are needed in China. The 3-F
method relies on calculating the brain gain index to analysis the
top talent introduction demand of a country. Firstly, Focus on the
high-frequency keywords of a specific field by retrieving the
highly cited papers. Secondly, using those keywords to Find out
the top talents of this specific field in the Web of Science. Finally,
Figure out the brain gain index to estimate whether a country
need to introduce top talents of a specific field abroad. The result
showed that the brain gain index value of China's big data and
cloud computing field was 2.61, which means China need to
introduce top talents abroad. Besides P. R. China, those top
talents mainly distributed in the United States, the United
Kingdom, Germany, Netherlands and France.
I. INTRODUCTION
Big data and cloud computing is a new and emerging
industrial field[1], and increasing widely used in China[2-4].
Talents’ experience is a source of technological mastery[5],
essentially for developing and using big data technologies.
Most European states consider the immigration of foreign
workers as an important factor to decelerate the decline of
national workforces[6]. Lots of universities and research
institutes have set up undergraduate and/or postgraduate
courses on data analytics for cultivating talents[7]. EMC
corporation think that vision, talent, and technology are
necessary elements to providing solutions to big data
management and analysis, insuring the big data success[8].
Bibliometrics research has appeared as early as 1917[9],
and has been proved an effecti.
Follow directions below using original work only. Based .docxbudbarber38650
Follow directions below using original work only.
Based on your needs analysis and your capstone preparation, design a survey you can use to conduct a pre- and post-assessment for your capstone. The survey should include success indicators to help you collect data about the effectiveness of the project.
While APA format is not required for the body of this assignment, solid academic writing is expected, and documentation of sources should be presented using APA formatting guidelines, which can be found in the APA Style Guide, located in the Student Success Center.
Analysis on the Demand of Top Talent Introduction
in Big Data and Cloud Computing Field in China
Based on 3-F Method
Zhao Linjia, Huang Yuanxi, Wang Yinqiu, Liu Jia
National Academy of Innovation Strategy, China Association for Science and Technology, Beijing, P.R.China
Abstract—Big data and cloud computing, which can help
China to implement innovation-driven development strategy and
promote industrial transformation and upgrading, is a new and
emerging industrial field in China. Educated, productive and
healthy workforces are necessary factor to develop big data and
cloud computing industry, especially top talents are essential.
Therefore, a three-step method named 3-F has been introduced
to help describing the distribution of top talents globally and
making decision whether they are needed in China. The 3-F
method relies on calculating the brain gain index to analysis the
top talent introduction demand of a country. Firstly, Focus on the
high-frequency keywords of a specific field by retrieving the
highly cited papers. Secondly, using those keywords to Find out
the top talents of this specific field in the Web of Science. Finally,
Figure out the brain gain index to estimate whether a country
need to introduce top talents of a specific field abroad. The result
showed that the brain gain index value of China's big data and
cloud computing field was 2.61, which means China need to
introduce top talents abroad. Besides P. R. China, those top
talents mainly distributed in the United States, the United
Kingdom, Germany, Netherlands and France.
I. INTRODUCTION
Big data and cloud computing is a new and emerging
industrial field[1], and increasing widely used in China[2-4].
Talents’ experience is a source of technological mastery[5],
essentially for developing and using big data technologies.
Most European states consider the immigration of foreign
workers as an important factor to decelerate the decline of
national workforces[6]. Lots of universities and research
institutes have set up undergraduate and/or postgraduate
courses on data analytics for cultivating talents[7]. EMC
corporation think that vision, talent, and technology are
necessary elements to providing solutions to big data
management and analysis, insuring the big data success[8].
Bibliometrics research has appeared as early as 1917[9],
and has been proved an effecti.
Presentation for NEC Lab Europe.
Knowledge graphs are increasingly built using complex multifaceted machine learning-based systems relying on a wide of different data sources. To be effective these must constantly evolve and thus be maintained. I present work on combining knowledge graph construction (e.g. information extraction) and refinement (e.g. link prediction) in end to end systems. In particular, I will discuss recent work on using inductive representations for link predication. I then discuss the challenges of ongoing system maintenance, knowledge graph quality and traceability.
Visual mining of science citation data for benchmarking scientific and techno...Gurdal Ertek
This document analyzes science citation data from the Essential Science Indicators database to benchmark the scientific and technological competitiveness of countries. It uses visualization tools like Mondrian, Miner3D, and Omniscope to analyze dimensions like number of papers published, citations received, citations per paper, papers per thousand people, and population for countries in fields like engineering, computer science, and economics. The analyses aim to identify the most competitive countries, correlations between fields, most influential papers, and insights from combining data with socioeconomic factors.
The document analyzes the collaborative research networks of Korean academics in various fields including statistics, computer science, economics, and public administration. It finds that the networks have a scale-free or "small world" structure and that network centrality is correlated with higher research productivity. The results suggest science policy should consider research networks and centrality when allocating resources in order to maximize productivity and creativity.
Big data is prevalent in our daily life. Not surprisingly, big data becomes a hot topic discussedby commercial worlds, media, magazines, general publics and elsewhere. From academic point of view, isit a research area of potential worth being explored? Or it is just another hype? Are there only computer orIS related scholars suitable for big data research due to its nature? Or scholars from other research areas are alsosuitable for this subject? This study aims to answer these questions through the use of informetricsapproach and data source form the SSCI Journal database, leveraging informetric‟s robust natures ofquantitative power of analyze information in any form onto the data source of representativeness. This research shows that big data research is at its growth phase with an exponential growth patternsince 2012 and with great potential for years to come. And perhaps surprisingly, computer or IS relateddisciplinesare not on the top 5 research areas fromthis research results. In fact, the top five research disciplinesare more diversified then expected: business economics (#1), Government Law (#2), InformationScience/ Library Science (#3), Social Science (#4) and Computer Science (#5). Scholars from the USuniversities are the most productive in this subject while Asian countries, including Taiwan, are alsovisible. Besides, this study also identifies that big data publications from SSCI journal database during2005-2015 do fit Lotka‟s law. This study contributes tounderstand the current big data research trends and also show the ways toresearchers who are interested to conduct future research in big data regardless of their research backgrounds.
INSTRUCTIONS FOR INDIVIDUAL PROJECTCRITICAL ANALYSISIN.docxdirkrplav
INSTRUCTIONS FOR INDIVIDUAL PROJECT
CRITICAL ANALYSIS
INTL725 – Research Methods Trade/Development
3-4 pages, 15% of final grade
Due Week 6, sent to Dropbox on e-Centennial one hour before class
Critic
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and in
critica
Accor
data a
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• i
• a
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analyt
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marke
1.
2.
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report
Purpo
critica
an int
Stude
CRITICAL READING CRITICAL THINKING CRITICAL WRITING
1
al analysis is an important part of a research project. This individual assignment focuses
on the analysis part of a research project. This means that you do not need to spend much
n collecting data and processing them. Rather, you only need a sufficient amount of data
formation, and use your analytical skills, critical thinking and writing skills to perform a
l analysis on the topic selected. This is a basic research and an academic report is required.
ding to the Melbourne Business School Library (2008), critical analysis is “the synthesis of
nd theory to construct a causal argument about a problem”. This source also indicates that
ts need to demonstrate the following in a critical analysis project:
depth of insight into the topic,
ndependent thinking, and
well-organized, well reasoned, clearly written report.”
ll, it suggests that students need to avoid a report with “long descriptions and very low
ical content.”
ave the flexibility to choose your topic and focus on a particular industry in a particular
t or country. When choosing a topic, consider the following questions:
Will a Canadian company or organization benefit from this research? How?
Exactly what value do I bring to the company or organization with this research?
s the Canadian company to whom you could write a cover letter and send your research
.
se: You hope that with the research, the company sees that you have analytical skills,
l thinking, understanding of the global marketplace, etc. and might consider hiring you as
ern, consultant, or employee.
nts are expected to follow a two-step process.
Step 1: Choose a topic, and read as many professional sources as possible on this topic.
Step 2: Final Report: Submit a final report to e-Centennial Dropbox one hour before
class. Using Turnitin
Week-3 Weeks 3-5 Weeks 5-6
2
Required sources from students: Verify your data using more than one source per citing.
1. At least five reputable Internet sources from at least three different organizations
2. At least five business journal articles from at least three different journals
3. At least two books from the library shelves
Reputable Internet sources:
The Economist (www.economist.com)
The United Nations, World Bank
McKinsey Quarterly
CIA
Department of Foreign Affairs and International Trade, Canada (www.international.gc.ca)
Business without Borders (www.bwob.ca)
Export Development Canada (www.edc.ca)
Canada’s newspapers and magazines: The Global and Mail, National Post, MacLean’s
US newspapers and magazine.
Data Science and AI in Biomedicine: The World has ChangedPhilip Bourne
This document discusses the changing landscape of data science and AI in biomedicine. Some key points:
- We are at a tipping point where data science is becoming a driver of biomedical research rather than just a tool. Biomedical researchers need to become data scientists.
- Data science is interdisciplinary and touches every field due to the rise of digital data. It requires openness, translation of findings, and consideration of responsibilities like algorithmic bias.
- Advances like AlphaFold2 show the power of large collaborative efforts combining data, computing resources, engineering, and domain expertise. This points to the need for public-private partnerships and new models of open data sharing.
- The definition of
Companies desires for making productive discoveries from big data have motivated academic institutions offering variety of different data science (DS) programs, in order to increases their graduates' ability to be data scientists who are capable to face the challenges of the new age. These data science programs represent a combination of subject areas from several disciplines. There are few studies have examined data science programs within a particular discipline, such as Business (e.g. Chen et al.). However, there are very few empirical studies that investigate DS programs and explore its curriculum structure across disciplines. Therefore, this study examines data science programs offered by American universities. The study aims to depict the current state of data science education in the U.S. to explore what discipline DS programs covers at the graduate level. The current study conducted an exploratory content analysis of 30 DS programs in the United States from a variety of disciplines. The analysis was conducted on course titles and course descriptions level. The study results indicate that DS programs required varying numbers of credit hours, including practicum and capstone. Management schools seem to take the lead and the initiative in lunching and hosting DS programs. In addition, all DS programs requires the basic knowledge of database design, representation, extraction and management. Furthermore, DS programs delivered information skills through their core courses. Moreover, the study results show that almost 40 percent of required courses in DS programs is involved information representations, retrieval and programming. Additionally, DS programs required courses also addressed communication visualization and mathematics skills.
A Survey And Taxonomy Of Distributed Data Mining Research Studies A Systemat...Sandra Long
This document discusses a systematic literature review of distributed data mining (DDM) research studies conducted between 2000-2015. The review aimed to map previous DDM research and identify gaps to motivate future work. It analyzed 486 studies to develop statistics on DDM research trends over time. Key findings included identifying the most influential journals, active researchers, popular research topics, commonly used datasets and methods. The review provided a taxonomy of the DDM field and conclusions to help researchers gain a comprehensive overview of the current state of DDM research.
Data Science Meets Biomedicine, Does Anything ChangePhilip Bourne
Data science is driving major changes in biomedical research by enabling new types of integrative, multi-scale analyses. However, biomedical research may no longer lead data science due to a lack of comprehensive data infrastructure and cultural barriers. Responsible data science that balances openness, ethics, and benefiting patients could help establish biomedicine's continued leadership role. Major challenges include limited resources, attracting diverse talent, and prioritizing strategic initiatives over conforming to traditional models of research.
This document discusses several topics related to data science innovations including:
1. The democratization of data science and big data through more accessible tools and platforms.
2. How companies are using algorithms to reimagine business processes and gain customer insights.
3. Emerging trends in natural language processing, systems of insight, and using alternative data sources.
4. The potential for natural language generation to automatically present narratives and insights from data.
5. How these techniques can help organizations move from traditional analytics to more cost effective systems of insight.
A gigantic archive of terabytes of information is created every day from current data frameworks and computerized advances, for example, Internet of Things and distributed computing. Examination of these gigantic information requires a ton of endeavors at various levels to extricate information for dynamic. Hence, huge information examination is an ebb and flow region of innovative work. The essential goal of this paper is to investigate the likely effect of huge information challenges, and different instruments related with it. Accordingly, this article gives a stage to investigate enormous information at various stages. Moreover, it opens another skyline for analysts to build up the arrangement, in light of the difficulties and open exploration issues.
A Brief Survey Of Text Mining And Its ApplicationsCynthia King
This document discusses text mining and its applications, specifically in the context of analyzing large amounts of text data related to COVID-19. It first provides background on the growth of research articles published about COVID-19 since the start of the pandemic. It then discusses how text mining techniques like text clustering, text categorization, and document summarization could help scientists and researchers more efficiently analyze this vast amount of COVID-19 text data and find answers to high-priority questions. The document reviews common text mining techniques and algorithms and their potential applications to COVID-19 research, with the goal of simplifying searches through the large COVID-19 text data corpus.
The Insight Data Science Fellows Program is a 6-week postdoctoral training fellowship that teaches scientists industry skills in data science. The program is held in Silicon Valley and New York City and bridges the gap between academia and careers in data science. Fellows learn tools and techniques from mentors at companies and work on projects to gain skills and interview at mentor companies for jobs in data science.
In your paper,identify the societies you will compare and contsherni1
The document provides guidance for a final project paper, instructing the reader to identify two societies to compare, select three categories of analysis, develop a preliminary thesis statement, outline three supporting points for the thesis, and create an annotated reference list of at least five sources to use for the project. It gives details on what to include for each section, such as topic sentences explaining similarities and differences between the societies within the chosen categories of analysis and examples from each society, along with the sources that will be used.
This document provides instructions for requesting and completing an assignment writing request through the HelpWriting.net website. It outlines a 5-step process: 1) Create an account with a password and email. 2) Complete a request form providing instructions, sources, and deadline. 3) Review bids from writers and select one. 4) Review the completed paper and authorize payment. 5) Request revisions to ensure satisfaction, with a refund option for plagiarized work.
Conclusions – the future of ideologiesJudging ideol.docxmccormicknadine86
Conclusions – the future of ideologies?
Judging ideologies
What is the “best” ideology? Why?
Categories
Change: Reform/Revolution
Authority: Place of Individual/State
Free Will/Volunteerism versus Determinism
Human Nature
Good and/or Evil Competition and/or Cooperation
Equality and Greatest Freedom
Basis of Society (political, gender, religion, economic)
The “beast”/reaction against
Future of ideologies?
Ideologies – social transformation and political development = ongoing cycle?
“End of Ideology” – Endism?
What drives the formation of ideologies?
Democracy – the best?
“Democracy is the worst form of government except all those other forms that have been tried from time to time” Winston Churchill
Future of ideologies? (continued)
Newly Emerging Ideologies
Globalism (globalization = process)
Connectivity/Interconnectedness
Global trends
Identity
Signs
Critiques
Future of ideologies? (continued)
Newly (re) Emerging Ideologies
Localism
Limited Connectivity / Local Identity
Populism
Heywood, p. 291 “”the belief that the instincts and wishes of the people provide the principle legitimate guide to political action”
Authority with “the people” / assumptions about elite
Future of ideologies? (continued)
Trumpism?
Trends
Immigration
Working Class
Divides – rural/urban, conservative/liberal
Increasing polarization
CA3
Naomi Kendal
77
Decide
● What industry/business are you in?
● eg HR, Marketing, Sales, Retail, Software development
● As we move through each topic, you must apply it to your business.
● Research – eg how does my company collect/ store/ analyse Big
Data…
● How does my company use AI, what are the benefits…
● Find case studies from your specific industry and research to back
it up.
● Visualisations to illustrate the meanings – of 3 topics.
● Trends & Recommendations
CA3 Assessment Brief
Module Title: Data & Digital Marketing Analytics
Module Code: B9DM105
Module Leader: MSc in Digital Marketing
Stage (if relevant): 9
Assessment Title: Data: Full report and analysis.
Assessment Number (if relevant): CA 3 of 3
Assessment Type: Project Report
Individual/Group: Individual
Assessment Weighting: 40%
Issue Date: 21/6/19
Hand In Date: 07/8/19
Mode of Submission: Moodle
Details of Assignment brief
You are working in the Big Data Dept. of the ‘Red Cloud’ company – a large
multinational, reporting to the newly appointed CEO.
As she is new to the role, she would like a report (3000 words) explaining the
Information Management strategy of the company.
You should include the following topics in this report:
Data Analytics, Data Collection & Storage and the methods and technologies used in
analysing the Data.
Data Abstraction Layers, Data Warehousing and Data Mining.
The role and benefits of your Big Data Dept prior to a restructure.
She also wants a Data Visualisation to illustrate a relevant Data Set for 3 of the
below headings.
1. Data analytics – ...
In present societies, knowledge is known as the main source of Economic prosperity and Societies that derive their economical power from the production and diffusion of information and knowledge are referred to as knowledge-based societies or economies. This paper aimed to measure Triple Helix for studying the innovation infrastructure in Iran in compare with Netherlands, Russia, and Turkey. This research is based on Webometrics methods and we performed this research in two ways: first, we used the number of hits and co-occurrence of
“university”, “industry” and “government”.
Second, we
confined our search to Rich Files. In first way; the results show that in selected countries, “University”, “Industry” And “Government” are
more integrated in Netherlands following by Russia, Turkey and Iran in recent years. Iran in compare with other countries has no a good situation. In second way; the results show a different situation. Netherlands has higher value in this indicator, following by Turkey, Iran and Russia.
The document discusses tools for analyzing dark data and dark matter, including DeepDive and Apache Spark. DeepDive is highlighted as a system that helps extract value from dark data by creating structured data from unstructured sources and integrating it into existing databases. It allows for sophisticated relationships and inferences about entities. Apache Spark is also summarized as providing high-level abstractions for stream processing, graph analytics, and machine learning on big data.
Online Textbook Chapter 13 Assignment (5 points for each question .docxamit657720
Online Textbook Chapter 13 Assignment (5 points for each question for 10 points)
Due: April 27 by 11:59pm (post response to Canvas)
Students should read Chapter 13 of the online textbook. Students should be sure to read any historical documents that appear in the online textbook but are not required to click on any of the links that take the reader to an external internet site.
After reading Chapter 13, students are to complete two questions (that I select) from the Critical Thinking Questions at the end of the chapter. If you are reading the textbook online, you can click on “Critical Thinking Questions” from Chapter 13 in the table of contents. If you’re reading the textbook as a PDF, the questions are on page 387. I’ve also typed up the questions below.
For each question, students should write a response of at least 150 words. Students are welcome to go over the minimum word count requirement. If you include the question in your response, it does not count toward the word count requirement. The response should be written in your own words. DO NOT cut and paste the response from sentences or phrases from the textbook.
Each response must reflect the content of the textbook. Not what students looked up online.
These questions are designed to hold students accountable for the reading as well as to be used as notes for the essay exams. Students taking their time in their reading and question responses will have a major head start on the essay exams.
These responses will be evaluated on how well the responses reflect the content of the reading.
Students should submit their responses as ONE Word doc or PDF file to Canvas.
Critical Thinking Questions (please identify your response by question number)
15. In what ways did the Second Great Awakening and transcendentalism reflect and react to the changes in antebellum American thought and culture?
16. What did the antebellum communal projects have in common? How did the ones most influenced by religion differ from those that had other influences?
Final Project: #1
Topic is ‘Forensic Science’
· Final Paper
· A PPT
Abstract:
Forensic science, also referred to as criminalistics is the use of scientific procedures and concepts in civil and criminal laws, mainly during investigation of crimes as per the legal standards of criminal procedure and admissible evidence. Criminal investigations in the modern societies has reached a sophistication point that requires a range of disciplines that aid in solving crimes. Each discipline applied in the forensic science helps in solving the cases by being a part of the puzzle until the investigation is completed. Therefore, it is important for one to understand what each expert in forensic science has to offer in the field. The medical examiner or the coroner asks for input from several experts regarding the case until he/she obtains information to determine the cause of death and the manner of death. Such examiners are important in investigation of deaths. Al.
Visual Mining of Science Citation Data for Benchmarking Scientific and Techno...ertekg
Download Link > https://ertekprojects.com/gurdal-ertek-publications/blog/visual-mining-of-science-citation-data-for-benchmarking-scientific-and-technological-competitiveness-of-world-countries/
In this paper we present a study where we visually analyzed science citation data to investigate the competitiveness of world countries in selected categories of science. The dataset that we worked on in our study includes the number of papers published and the number of citations made in the ESI (Essential Science Indicators) database in 2004. The dataset lists these values for practically every country in the world. In analyzing the data, we employ methods and software tools developed and used in the data mining and information visualization fields of the Computer Science. Some of the questions for which we look for answers in this study are the following: (a) Which countries are most competitive in the selected categories of science? (i.e. Engineering, Computer Science, Economics & Business) (b) What type of correlations exist between different categories of science? For example, do countries with many published papers in the field of Engineering science also have many papers published on Computer Science or Economics & Business? (c) Which countries produce the most influential papers? This analysis is needed since a country may have many papers published but these papers may be cited very rarely. (d) Can we gain useful and actionable insights by combining science citation data with socioeconomic and geographical data?
Problem 1
Problem 2 (two screen shots)
Problem 3 (two screen shots)
Problem 4 (three screen shots)
Problem 5 (one screen shot)
Problem 6 (six screenshots plus a data table)
.
Problem 20-1A Production cost flow and measurement; journal entrie.docxChantellPantoja184
Problem 20-1A Production cost flow and measurement; journal entries L.O. P1, P2, P3, P4
[The following information applies to the questions displayed below.]
Edison Company manufactures wool blankets and accounts for product costs using process costing. The following information is available regarding its May inventories.
Beginning
Inventory
Ending
Inventory
Raw materials inventory
$
60,000
$
41,000
Goods in process inventory
449,000
521,500
Finished goods inventory
610,000
342,001
The following additional information describes the company's production activities for May.
Raw materials purchases (on credit)
$
250,000
Factory payroll cost (paid in cash)
1,850,300
Other overhead cost (Other Accounts credited)
82,000
Materials used
Direct
$
200,500
Indirect
50,000
Labor used
Direct
$
1,060,300
Indirect
790,000
Overhead rate as a percent of direct labor
115
%
Sales (on credit)
$
3,000,000
The predetermined overhead rate was computed at the beginning of the year as 115% of direct labor cost.
\\\\\
rev: 11_02_2011
references
1.
value:
2.00 points
Problem 20-1A Part 1
Required:
1(a)
Compute the cost of products transferred from production to finished goods. (Omit the "$" sign in your response.)
Cost of products transferred
$
1(b)
Compute the cost of goods sold. (Omit the "$" sign in your response.)
Cost of goods sold
$
rev: 10_31_2011
check my workeBook Links (4)references
2.
value:
5.00 points
Problem 20-1A Part 2
2(a)
Prepare journal entry dated May 31 to record the raw materials purchases. (Omit the "$" sign in your response.)
Date
General Journal
Debit
Credit
May 31
2(b)
Prepare journal entry dated May 31 to record the direct materials usage. (Omit the "$" sign in your response.)
Date
General Journal
Debit
Credit
May 31
2(c)
Prepare journal entry dated May 31 to record the indirect materials usage. (Omit the "$" sign in your response.)
Date
General Journal
Debit
Credit
May 31
2(d)
Prepare journal entry dated May 31 to record the payroll costs. (Omit the "$" sign in your response.)
Date
General Journal
Debit
Credit
May 31
2(e)
Prepare journal entry dated May 31 to record the direct labor costs. (Omit the "$" sign in your response.)
Date
General Journal
Debit
Credit
May 31
2(f)
Prepare journal entry dated May 31 to record the indirect labor costs. (Omit the "$" sign in your response.)
Date
General Journal
Debit
Credit
May 31
2(g)
Prepare journal entry dated May 31 to record the other overhead costs. (Omit the "$" sign in your response.)
Date
General Journal
Debit
Credit
May 31
2(h)
Prepare journal entry dated May 31 to record the overhead applied. (Omit the "$" sign in your response.)
Date
General Journal
Debit
Credit
May 31
2(i)
Prepare journal entry dated May 31 to record the goods transferred from production to finished goods.(Omit the "$" sign in yo.
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Similar to PPOL 650Issue Analysis Paper InstructionsYou will submit a p.docx
Presentation for NEC Lab Europe.
Knowledge graphs are increasingly built using complex multifaceted machine learning-based systems relying on a wide of different data sources. To be effective these must constantly evolve and thus be maintained. I present work on combining knowledge graph construction (e.g. information extraction) and refinement (e.g. link prediction) in end to end systems. In particular, I will discuss recent work on using inductive representations for link predication. I then discuss the challenges of ongoing system maintenance, knowledge graph quality and traceability.
Visual mining of science citation data for benchmarking scientific and techno...Gurdal Ertek
This document analyzes science citation data from the Essential Science Indicators database to benchmark the scientific and technological competitiveness of countries. It uses visualization tools like Mondrian, Miner3D, and Omniscope to analyze dimensions like number of papers published, citations received, citations per paper, papers per thousand people, and population for countries in fields like engineering, computer science, and economics. The analyses aim to identify the most competitive countries, correlations between fields, most influential papers, and insights from combining data with socioeconomic factors.
The document analyzes the collaborative research networks of Korean academics in various fields including statistics, computer science, economics, and public administration. It finds that the networks have a scale-free or "small world" structure and that network centrality is correlated with higher research productivity. The results suggest science policy should consider research networks and centrality when allocating resources in order to maximize productivity and creativity.
Big data is prevalent in our daily life. Not surprisingly, big data becomes a hot topic discussedby commercial worlds, media, magazines, general publics and elsewhere. From academic point of view, isit a research area of potential worth being explored? Or it is just another hype? Are there only computer orIS related scholars suitable for big data research due to its nature? Or scholars from other research areas are alsosuitable for this subject? This study aims to answer these questions through the use of informetricsapproach and data source form the SSCI Journal database, leveraging informetric‟s robust natures ofquantitative power of analyze information in any form onto the data source of representativeness. This research shows that big data research is at its growth phase with an exponential growth patternsince 2012 and with great potential for years to come. And perhaps surprisingly, computer or IS relateddisciplinesare not on the top 5 research areas fromthis research results. In fact, the top five research disciplinesare more diversified then expected: business economics (#1), Government Law (#2), InformationScience/ Library Science (#3), Social Science (#4) and Computer Science (#5). Scholars from the USuniversities are the most productive in this subject while Asian countries, including Taiwan, are alsovisible. Besides, this study also identifies that big data publications from SSCI journal database during2005-2015 do fit Lotka‟s law. This study contributes tounderstand the current big data research trends and also show the ways toresearchers who are interested to conduct future research in big data regardless of their research backgrounds.
INSTRUCTIONS FOR INDIVIDUAL PROJECTCRITICAL ANALYSISIN.docxdirkrplav
INSTRUCTIONS FOR INDIVIDUAL PROJECT
CRITICAL ANALYSIS
INTL725 – Research Methods Trade/Development
3-4 pages, 15% of final grade
Due Week 6, sent to Dropbox on e-Centennial one hour before class
Critic
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2.
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CRITICAL READING CRITICAL THINKING CRITICAL WRITING
1
al analysis is an important part of a research project. This individual assignment focuses
on the analysis part of a research project. This means that you do not need to spend much
n collecting data and processing them. Rather, you only need a sufficient amount of data
formation, and use your analytical skills, critical thinking and writing skills to perform a
l analysis on the topic selected. This is a basic research and an academic report is required.
ding to the Melbourne Business School Library (2008), critical analysis is “the synthesis of
nd theory to construct a causal argument about a problem”. This source also indicates that
ts need to demonstrate the following in a critical analysis project:
depth of insight into the topic,
ndependent thinking, and
well-organized, well reasoned, clearly written report.”
ll, it suggests that students need to avoid a report with “long descriptions and very low
ical content.”
ave the flexibility to choose your topic and focus on a particular industry in a particular
t or country. When choosing a topic, consider the following questions:
Will a Canadian company or organization benefit from this research? How?
Exactly what value do I bring to the company or organization with this research?
s the Canadian company to whom you could write a cover letter and send your research
.
se: You hope that with the research, the company sees that you have analytical skills,
l thinking, understanding of the global marketplace, etc. and might consider hiring you as
ern, consultant, or employee.
nts are expected to follow a two-step process.
Step 1: Choose a topic, and read as many professional sources as possible on this topic.
Step 2: Final Report: Submit a final report to e-Centennial Dropbox one hour before
class. Using Turnitin
Week-3 Weeks 3-5 Weeks 5-6
2
Required sources from students: Verify your data using more than one source per citing.
1. At least five reputable Internet sources from at least three different organizations
2. At least five business journal articles from at least three different journals
3. At least two books from the library shelves
Reputable Internet sources:
The Economist (www.economist.com)
The United Nations, World Bank
McKinsey Quarterly
CIA
Department of Foreign Affairs and International Trade, Canada (www.international.gc.ca)
Business without Borders (www.bwob.ca)
Export Development Canada (www.edc.ca)
Canada’s newspapers and magazines: The Global and Mail, National Post, MacLean’s
US newspapers and magazine.
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This document discusses the changing landscape of data science and AI in biomedicine. Some key points:
- We are at a tipping point where data science is becoming a driver of biomedical research rather than just a tool. Biomedical researchers need to become data scientists.
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- The definition of
Companies desires for making productive discoveries from big data have motivated academic institutions offering variety of different data science (DS) programs, in order to increases their graduates' ability to be data scientists who are capable to face the challenges of the new age. These data science programs represent a combination of subject areas from several disciplines. There are few studies have examined data science programs within a particular discipline, such as Business (e.g. Chen et al.). However, there are very few empirical studies that investigate DS programs and explore its curriculum structure across disciplines. Therefore, this study examines data science programs offered by American universities. The study aims to depict the current state of data science education in the U.S. to explore what discipline DS programs covers at the graduate level. The current study conducted an exploratory content analysis of 30 DS programs in the United States from a variety of disciplines. The analysis was conducted on course titles and course descriptions level. The study results indicate that DS programs required varying numbers of credit hours, including practicum and capstone. Management schools seem to take the lead and the initiative in lunching and hosting DS programs. In addition, all DS programs requires the basic knowledge of database design, representation, extraction and management. Furthermore, DS programs delivered information skills through their core courses. Moreover, the study results show that almost 40 percent of required courses in DS programs is involved information representations, retrieval and programming. Additionally, DS programs required courses also addressed communication visualization and mathematics skills.
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2. How companies are using algorithms to reimagine business processes and gain customer insights.
3. Emerging trends in natural language processing, systems of insight, and using alternative data sources.
4. The potential for natural language generation to automatically present narratives and insights from data.
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A gigantic archive of terabytes of information is created every day from current data frameworks and computerized advances, for example, Internet of Things and distributed computing. Examination of these gigantic information requires a ton of endeavors at various levels to extricate information for dynamic. Hence, huge information examination is an ebb and flow region of innovative work. The essential goal of this paper is to investigate the likely effect of huge information challenges, and different instruments related with it. Accordingly, this article gives a stage to investigate enormous information at various stages. Moreover, it opens another skyline for analysts to build up the arrangement, in light of the difficulties and open exploration issues.
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In your paper,identify the societies you will compare and contsherni1
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This document provides instructions for requesting and completing an assignment writing request through the HelpWriting.net website. It outlines a 5-step process: 1) Create an account with a password and email. 2) Complete a request form providing instructions, sources, and deadline. 3) Review bids from writers and select one. 4) Review the completed paper and authorize payment. 5) Request revisions to ensure satisfaction, with a refund option for plagiarized work.
Conclusions – the future of ideologiesJudging ideol.docxmccormicknadine86
Conclusions – the future of ideologies?
Judging ideologies
What is the “best” ideology? Why?
Categories
Change: Reform/Revolution
Authority: Place of Individual/State
Free Will/Volunteerism versus Determinism
Human Nature
Good and/or Evil Competition and/or Cooperation
Equality and Greatest Freedom
Basis of Society (political, gender, religion, economic)
The “beast”/reaction against
Future of ideologies?
Ideologies – social transformation and political development = ongoing cycle?
“End of Ideology” – Endism?
What drives the formation of ideologies?
Democracy – the best?
“Democracy is the worst form of government except all those other forms that have been tried from time to time” Winston Churchill
Future of ideologies? (continued)
Newly Emerging Ideologies
Globalism (globalization = process)
Connectivity/Interconnectedness
Global trends
Identity
Signs
Critiques
Future of ideologies? (continued)
Newly (re) Emerging Ideologies
Localism
Limited Connectivity / Local Identity
Populism
Heywood, p. 291 “”the belief that the instincts and wishes of the people provide the principle legitimate guide to political action”
Authority with “the people” / assumptions about elite
Future of ideologies? (continued)
Trumpism?
Trends
Immigration
Working Class
Divides – rural/urban, conservative/liberal
Increasing polarization
CA3
Naomi Kendal
77
Decide
● What industry/business are you in?
● eg HR, Marketing, Sales, Retail, Software development
● As we move through each topic, you must apply it to your business.
● Research – eg how does my company collect/ store/ analyse Big
Data…
● How does my company use AI, what are the benefits…
● Find case studies from your specific industry and research to back
it up.
● Visualisations to illustrate the meanings – of 3 topics.
● Trends & Recommendations
CA3 Assessment Brief
Module Title: Data & Digital Marketing Analytics
Module Code: B9DM105
Module Leader: MSc in Digital Marketing
Stage (if relevant): 9
Assessment Title: Data: Full report and analysis.
Assessment Number (if relevant): CA 3 of 3
Assessment Type: Project Report
Individual/Group: Individual
Assessment Weighting: 40%
Issue Date: 21/6/19
Hand In Date: 07/8/19
Mode of Submission: Moodle
Details of Assignment brief
You are working in the Big Data Dept. of the ‘Red Cloud’ company – a large
multinational, reporting to the newly appointed CEO.
As she is new to the role, she would like a report (3000 words) explaining the
Information Management strategy of the company.
You should include the following topics in this report:
Data Analytics, Data Collection & Storage and the methods and technologies used in
analysing the Data.
Data Abstraction Layers, Data Warehousing and Data Mining.
The role and benefits of your Big Data Dept prior to a restructure.
She also wants a Data Visualisation to illustrate a relevant Data Set for 3 of the
below headings.
1. Data analytics – ...
In present societies, knowledge is known as the main source of Economic prosperity and Societies that derive their economical power from the production and diffusion of information and knowledge are referred to as knowledge-based societies or economies. This paper aimed to measure Triple Helix for studying the innovation infrastructure in Iran in compare with Netherlands, Russia, and Turkey. This research is based on Webometrics methods and we performed this research in two ways: first, we used the number of hits and co-occurrence of
“university”, “industry” and “government”.
Second, we
confined our search to Rich Files. In first way; the results show that in selected countries, “University”, “Industry” And “Government” are
more integrated in Netherlands following by Russia, Turkey and Iran in recent years. Iran in compare with other countries has no a good situation. In second way; the results show a different situation. Netherlands has higher value in this indicator, following by Turkey, Iran and Russia.
The document discusses tools for analyzing dark data and dark matter, including DeepDive and Apache Spark. DeepDive is highlighted as a system that helps extract value from dark data by creating structured data from unstructured sources and integrating it into existing databases. It allows for sophisticated relationships and inferences about entities. Apache Spark is also summarized as providing high-level abstractions for stream processing, graph analytics, and machine learning on big data.
Online Textbook Chapter 13 Assignment (5 points for each question .docxamit657720
Online Textbook Chapter 13 Assignment (5 points for each question for 10 points)
Due: April 27 by 11:59pm (post response to Canvas)
Students should read Chapter 13 of the online textbook. Students should be sure to read any historical documents that appear in the online textbook but are not required to click on any of the links that take the reader to an external internet site.
After reading Chapter 13, students are to complete two questions (that I select) from the Critical Thinking Questions at the end of the chapter. If you are reading the textbook online, you can click on “Critical Thinking Questions” from Chapter 13 in the table of contents. If you’re reading the textbook as a PDF, the questions are on page 387. I’ve also typed up the questions below.
For each question, students should write a response of at least 150 words. Students are welcome to go over the minimum word count requirement. If you include the question in your response, it does not count toward the word count requirement. The response should be written in your own words. DO NOT cut and paste the response from sentences or phrases from the textbook.
Each response must reflect the content of the textbook. Not what students looked up online.
These questions are designed to hold students accountable for the reading as well as to be used as notes for the essay exams. Students taking their time in their reading and question responses will have a major head start on the essay exams.
These responses will be evaluated on how well the responses reflect the content of the reading.
Students should submit their responses as ONE Word doc or PDF file to Canvas.
Critical Thinking Questions (please identify your response by question number)
15. In what ways did the Second Great Awakening and transcendentalism reflect and react to the changes in antebellum American thought and culture?
16. What did the antebellum communal projects have in common? How did the ones most influenced by religion differ from those that had other influences?
Final Project: #1
Topic is ‘Forensic Science’
· Final Paper
· A PPT
Abstract:
Forensic science, also referred to as criminalistics is the use of scientific procedures and concepts in civil and criminal laws, mainly during investigation of crimes as per the legal standards of criminal procedure and admissible evidence. Criminal investigations in the modern societies has reached a sophistication point that requires a range of disciplines that aid in solving crimes. Each discipline applied in the forensic science helps in solving the cases by being a part of the puzzle until the investigation is completed. Therefore, it is important for one to understand what each expert in forensic science has to offer in the field. The medical examiner or the coroner asks for input from several experts regarding the case until he/she obtains information to determine the cause of death and the manner of death. Such examiners are important in investigation of deaths. Al.
Visual Mining of Science Citation Data for Benchmarking Scientific and Techno...ertekg
Download Link > https://ertekprojects.com/gurdal-ertek-publications/blog/visual-mining-of-science-citation-data-for-benchmarking-scientific-and-technological-competitiveness-of-world-countries/
In this paper we present a study where we visually analyzed science citation data to investigate the competitiveness of world countries in selected categories of science. The dataset that we worked on in our study includes the number of papers published and the number of citations made in the ESI (Essential Science Indicators) database in 2004. The dataset lists these values for practically every country in the world. In analyzing the data, we employ methods and software tools developed and used in the data mining and information visualization fields of the Computer Science. Some of the questions for which we look for answers in this study are the following: (a) Which countries are most competitive in the selected categories of science? (i.e. Engineering, Computer Science, Economics & Business) (b) What type of correlations exist between different categories of science? For example, do countries with many published papers in the field of Engineering science also have many papers published on Computer Science or Economics & Business? (c) Which countries produce the most influential papers? This analysis is needed since a country may have many papers published but these papers may be cited very rarely. (d) Can we gain useful and actionable insights by combining science citation data with socioeconomic and geographical data?
Similar to PPOL 650Issue Analysis Paper InstructionsYou will submit a p.docx (20)
Problem 1
Problem 2 (two screen shots)
Problem 3 (two screen shots)
Problem 4 (three screen shots)
Problem 5 (one screen shot)
Problem 6 (six screenshots plus a data table)
.
Problem 20-1A Production cost flow and measurement; journal entrie.docxChantellPantoja184
Problem 20-1A Production cost flow and measurement; journal entries L.O. P1, P2, P3, P4
[The following information applies to the questions displayed below.]
Edison Company manufactures wool blankets and accounts for product costs using process costing. The following information is available regarding its May inventories.
Beginning
Inventory
Ending
Inventory
Raw materials inventory
$
60,000
$
41,000
Goods in process inventory
449,000
521,500
Finished goods inventory
610,000
342,001
The following additional information describes the company's production activities for May.
Raw materials purchases (on credit)
$
250,000
Factory payroll cost (paid in cash)
1,850,300
Other overhead cost (Other Accounts credited)
82,000
Materials used
Direct
$
200,500
Indirect
50,000
Labor used
Direct
$
1,060,300
Indirect
790,000
Overhead rate as a percent of direct labor
115
%
Sales (on credit)
$
3,000,000
The predetermined overhead rate was computed at the beginning of the year as 115% of direct labor cost.
\\\\\
rev: 11_02_2011
references
1.
value:
2.00 points
Problem 20-1A Part 1
Required:
1(a)
Compute the cost of products transferred from production to finished goods. (Omit the "$" sign in your response.)
Cost of products transferred
$
1(b)
Compute the cost of goods sold. (Omit the "$" sign in your response.)
Cost of goods sold
$
rev: 10_31_2011
check my workeBook Links (4)references
2.
value:
5.00 points
Problem 20-1A Part 2
2(a)
Prepare journal entry dated May 31 to record the raw materials purchases. (Omit the "$" sign in your response.)
Date
General Journal
Debit
Credit
May 31
2(b)
Prepare journal entry dated May 31 to record the direct materials usage. (Omit the "$" sign in your response.)
Date
General Journal
Debit
Credit
May 31
2(c)
Prepare journal entry dated May 31 to record the indirect materials usage. (Omit the "$" sign in your response.)
Date
General Journal
Debit
Credit
May 31
2(d)
Prepare journal entry dated May 31 to record the payroll costs. (Omit the "$" sign in your response.)
Date
General Journal
Debit
Credit
May 31
2(e)
Prepare journal entry dated May 31 to record the direct labor costs. (Omit the "$" sign in your response.)
Date
General Journal
Debit
Credit
May 31
2(f)
Prepare journal entry dated May 31 to record the indirect labor costs. (Omit the "$" sign in your response.)
Date
General Journal
Debit
Credit
May 31
2(g)
Prepare journal entry dated May 31 to record the other overhead costs. (Omit the "$" sign in your response.)
Date
General Journal
Debit
Credit
May 31
2(h)
Prepare journal entry dated May 31 to record the overhead applied. (Omit the "$" sign in your response.)
Date
General Journal
Debit
Credit
May 31
2(i)
Prepare journal entry dated May 31 to record the goods transferred from production to finished goods.(Omit the "$" sign in yo.
Problem 2 Obtain Io.Let x be the current through j2, ..docxChantellPantoja184
Problem 2: Obtain Io.
Let x be the current through j2, .
Let .
.
.
.
………..1.
…………2.
.
.
…………3.
……………….4.
Solving these 4 equations we can get .
.
Problem 1:Find currents I1, I2, and I3
Problem 2: Obtain Io
Problem 3:Obtain io
.
Problem 1On April 1, 20X4, Rojas purchased land by giving $100,000.docxChantellPantoja184
Problem 1On April 1, 20X4, Rojas purchased land by giving $100,000 in cash and executing a $400,000 note payable to the former owner. The note bears interest at 10% per annum, with interest being payable annually on March 31 of each year. Rojas is also required to make a $100,000 payment toward the note's principal on every March 31.(a)Prepare the appropriate journal entry to record the land purchase on April 1, 20X4.(b)Prepare the appropriate journal entry to record the year-end interest accrual on December 31, 20X4.(c)Prepare the appropriate journal entry to record the payment of interest and principal on March 31, 20X5.(d)Prepare the appropriate journal entry to record the year-end interest accrual on December 31, 20X5.(e)Prepare the appropriate journal entry to record the payment of interest and principal on March 31, 20X6.
&R&"Myriad Web Pro,Bold"&20B-13.01
B-13.01
Worksheet 1(a), (b), (c), (d), (e)GENERAL JOURNALDateAccountsDebitCredit04-01-X412-31-X403-31-X512-31-X503-31-X6
&L&"Myriad Web Pro,Bold"&12Name:
Date: Section: &R&"Myriad Web Pro,Bold"&20B-13.01
B-13.01
Problem 2Ace Brick company issued $100,000 of 5-year bonds. The bonds were issued at par on January 1, 20X1, and bear interest at a rate of 8% per annum, payable semiannually.(a)Prepare the journal entry to record the bond issue on January, 20X1.(b)Prepare the journal entry that Ace would record on each interest date.(c)Prepare the journal entry that Ace would record at maturity of the bonds.
&R&"Myriad Web Pro,Bold"&20B-13.06
B-13.06
Worksheet 2(a)(b)(c)GENERAL JOURNAL DateAccountsDebitCreditIssueInterestMaturity
&L&"Myriad Web Pro,Bold"&12Name:
Date: Section: &R&"Myriad Web Pro,Bold"&20B-13.06
B-13.06
Problem 3Erik Food Supply Company issued $100,000 of face amount of 4-year bonds on January 1, 20X1. The bonds were issued at 98, and bear interest at a stated rate of 8% per annum, payable semiannually. The discount is amortized by the straight-line method.(a)Prepare the journal entry to record the initial issuance on January, 20X1.(b)Prepare the journal entry that Erik would record on each interest date.(c)Prepare the journal entry that Erik would record at maturity of the bonds.
&R&"Myriad Web Pro,Bold"&20B-13.08
B-13.08
Worksheet 3(a)(b)(c)GENERAL JOURNAL DateAccountsDebitCreditIssueInterestMaturity
&L&"Myriad Web Pro,Bold"&12Name:
Date: Section: &R&"Myriad Web Pro,Bold"&20B-13.08
B-13.08
Problem 4Horton Micro Chip Company issued $100,000 of face amount of 6-year bonds on January 1, 20X1. The bonds were issed at 103, and bear interest at a stated rate of 8% per annum, payable semiannually. The premium is amortized by the straight-line method.(a)Prepare the journal entry to record the initial issue on January, 20X1.(b)Prepare the journal entry that Horton would record on each interest date.(c)Prepare the journal entry that Horton would record at maturity of the bonds.
&R&"Myriad We.
Problem 17-1 Dividends and Taxes [LO2]Dark Day, Inc., has declar.docxChantellPantoja184
Problem 17-1 Dividends and Taxes [LO2]
Dark Day, Inc., has declared a $5.60 per share dividend. Suppose capital gains are not taxed, but dividends are taxed at 15 percent. New IRS regulations require that taxes be withheld at the time the dividend is paid. Dark Day sells for $94.10 per share, and the stock is about to go ex-dividend.
What do you think the ex-dividend price will be? (Round your answer to 2 decimal places. (e.g., 32.16))
Ex-dividend price
$
Problem 17-2 Stock Dividends [LO3]
The owners’ equity accounts for Alexander International are shown here:
Common stock ($0.60 par value)
$
45,000
Capital surplus
340,000
Retained earnings
748,120
Total owners’ equity
$
1,133,120
a-1
If Alexander stock currently sells for $30 per share and a 10 percent stock dividend is declared, how many new shares will be distributed?
New shares issued
a-2
Show how the equity accounts would change.
Common stock
$
Capital surplus
Retained earnings
Total owners’ equity
$
b-1
If instead Alexander declared a 20 percent stock dividend, how many new shares will be distributed?
New shares issued
b-2
Show how the equity accounts would change. (Negative amount should be indicated by a minus sign.)
Common stock
$
Capital surplus
Retained earnings
Total owners’ equity
$
Problem 17-3 Stock Splits [LO3]
The owners' equity accounts for Alexander International are shown here.
Common stock ($0.50 par value)
$
35,000
Capital surplus
320,000
Retained earnings
708,120
Total owners’ equity
$
1,063,120
a-1
If Alexander declares a five-for-one stock split, how many shares are outstanding now?
New shares outstanding
a-2
What is the new par value per share? (Round your answer to 3 decimal places. (e.g., 32.161))
New par value
$ per share
b-1
If Alexander declares a one-for-seven reverse stock split, how many shares are outstanding now?
New shares outstanding
b-2
What is the new par value per share? (Round your answer to 2 decimal places. (e.g., 32.16))
New par value
$ per share
Problem 17-4 Stock Splits and Stock Dividends [LO3]
Red Rocks Corporation (RRC) currently has 485,000 shares of stock outstanding that sell for $40 per share. Assuming no market imperfections or tax effects exist, what will the share price be after:
a.
RRC has a four-for-three stock split? (Round your answer to 2 decimal places. (e.g., 32.16))
New share price
$
b.
RRC has a 15 percent stock dividend? (Round your answer to 2 decimal places. (e.g., 32.16))
New share price
$
c.
RRC has a 54.5 percent stock dividend? (Round your answer to 2 decimal places. (e.g., 32.16))
New share price
$
d.
RRC has a two-for-seven reverse stock split? (Round your answer to 2 decimal places. (e.g., 32.16))
New share price
$
Determine the new number of shares outstanding in parts (a) through (d).
a.
New shares outstanding
b.
New shares o.
Problem 1Problem 1 - Constant-Growth Common StockWhat is the value.docxChantellPantoja184
Problem 1Problem 1 - Constant-Growth Common StockWhat is the value of a common stock if the firm's earnings and dividends are growing annually at 10%, the current dividend is $1.32,and investors require a 15% return on investment?What is the stock's rate of return if the market price of the stock is $35?
Problem 2Problem 2 - Preferred Stock Price and ReturnA firm has preferred stock outstanding with a $1,000 par value and a $40 annual dividend with no maturity. If the required rate of return is 9%, what is the price of the preferred stock?The market price of a firm's preferred stock is $24 and pays an annual dividend of $2.50. If the stock's par value is $1,000 and it has no maturity, what is the return on the preferred stock?
Problem 3Problem 3 - Bond Valuation and YieldA bond has a par value of $1,000, pays $50 semiannually and has a maturity of 10 years.If the bond earns 12% per year, what is the price of the bond?RateNperPMTFVTypePVWhat is the yield to maturity for the bond?NperPMTPVFVTypeRateWhat would be the bond's price if the rate earned declined to 8% per year?RateNperPMTFVTypePVIf the maturity period is reduced to 5 years and the required rate of return is 8%, what would be the price of the bond?RateNperPMTFVTypePVWhat is the yield to maturity for the bond when the maturity is 5 years and the required rate of return is 8%?NperPMTPVFVTypeRateWhat generalizations about bond prices, interest rates and maturity periods can be made based on the calculations made above?
Problem 4Problem 4 - Callable BondsThe following bonds have a par value of $1,000 and the required rate of return is 10%.Bond XY: 5¼ percent coupon, with interest paid annually for 20 yearsBond AB: 14 percent coupon, with interest paid annually for 20 yearsWhat is each bond's current market price?Bond XYBond ABRateNperPMTFVTypePVIf current interest rates are 9%, which bond would you expect to be called? Explain.
Exercise 10-5
During the month of March, Olinger Company’s employees earned wages of $69,500. Withholdings related to these wages were $5,317 for Social Security (FICA), $8,145 for federal income tax, $3,366 for state income tax, and $434 for union dues. The company incurred no cost related to these earnings for federal unemployment tax but incurred $760 for state unemployment tax.
Prepare the necessary March 31 journal entry to record salaries and wages expense and salaries and wages payable. Assume that wages earned during March will be paid during April. (Credit account titles are automatically indented when amount is entered. Do not indent manually.)
Date
Account Titles and Explanation
Debit
Credit
Mar. 31
SHOW LIST OF ACCOUNTS
LINK TO TEXT
Prepare the entry to record the company’s payroll tax expense. (Credit account titles are automatically indented when amount is entered. Do not indent manually.)
Date
Account Titles and Explanation
Debit
Credit
Mar. 31
===========================================
E.
Problem 1Prescott, Inc., manufactures bookcases and uses an activi.docxChantellPantoja184
Problem 1Prescott, Inc., manufactures bookcases and uses an activity-based costing system. Prescott's activity areas and related data follows:ActivityBudgeted Cost
of ActivityAllocation BaseCost Allocation
RateMaterials handling$230,000Number of parts$0.50Assembly3,200,000Direct labor hours16.00Finishing180,000Number of finished
units4.50Prescott produced two styles of bookcases in October: the standard bookcase and an unfinished bookcase, which has fewer parts and requires no finishing. The totals for quantities, direct
materials costs, and other data follow:ProductTotal Units
ProducedTotal Direct
Materials CostsTotal Direct
Labor CostsTotal Number
of PartsTotal Assembling
Direct Labor HoursStandard bookcase3,000$36,000$45,0009,0004,500Unfinished bookcase3,50035,00035,0007,0003,500Requirements:1. Compute the manufacturing product cost per unit of each type of bookcase.2. Suppose that pre-manufacturing activities, such as product design, were assigned to the standard bookcases at $7 each, and to the unfinished bookcases at $2 each. Similar analyses
were conducted of post-manufacturing activities such as distribution, marketing, and customer service. The post-manufacturing costs were $22 per standard bookcase and $14 per
unfinished bookcase. Compute the full product costs per unit.3. Which product costs are reported in the external financial statements? Which costs are used for management decision making? Explain the difference.4. What price should Prescott's managers set for unfinished bookcases to earn $15 per bookcase?
Problem 2Corbertt Pharmaceuticals manufactures an over-the-counter allergy medication. The company sells both large commercial containers of 1,000 capsules to health-care facilities
and travel packs of 20 capsules to shops in airports, train stations, and hotels. The following information has been developed to determine if an activity-based costing system
would be beneficial:ActivityEstimated Indirect Activity
CostsAllocation BaseEstimated Quantity of
Allocation BaseMaterials handling$95,000Kilos19,000 kilosPackaging219,000Machine hours5,475 hoursQuality assurance124,500Samples2,075 samplesTotal indirect costs$438,500Other production information includes the following:Commercial ContainersTravel PacksUnits produced3,500 containers57,000 packsWeight in kilos14,0005,700Machine hours2,625570Number of samples700855Requirements:1. Compute the cost allocation rate for each activity.2. Use the activity-based cost allocation rates to compute the activity costs per unit of the commercial containers and the travel packs. (Hint: First compute the total activity
cost allocated to each product line, and then compute the cost per unit.)3. Corbertt's original single-allocation-base costing system allocated indirect costs to produce at $157 per machine hour. Compute the total indirect costs allocated to the
commercial containers and to the travel packs under the original system. Then compute the indirect cost per unit for ea.
Problem 1Preston Recliners manufactures leather recliners and uses.docxChantellPantoja184
Problem 1Preston Recliners manufactures leather recliners and uses flexible budgeting and a standard cost system. Preston allocates overhead based on yards of direct materials. The company's performance report includes the following selected data:Static Budget
(1,000 recliners)Actual Results
(980 recliners)Sales (1,000 recliners X $495)$495,000 (980 recliners X $475)$465,500Variable manufacturing costs: Direct materials (6,000 yds @ $8.80/yard)52,800 (6,150 yds @ $8.60/yard)52,890 Direct labor (10,000 hrs @ $9.20/hour)92,000 (9,600 hrs @ $9.30/hour)89,280Variable overhead (6,000 yds @ $5.00/yard)30,000 (6,510 yds @ $6.40/yard)39,360Fixed manufacturing costs: Fixed overhead60,00062,000Total cost of goods sold$234,800$243,530Gross profit$260,200$221,970Requirements:1. Prepare a flexible budget based on the actual number of recliners sold.2. Compute the price variance and the efficiency variance for direct materials and for direct labor. For manufacturing overhead, compute the variable overhead spending, variable overhead efficiency, fixed overhead spending, and fixed overhead volume variances.3. Have Preston's managers done a good job or a poor job controlling materials, labor, and overhead costs? Why?4. Describe how Preston's managers can benefit from the standard costing system.
Problem 2AllTalk Technologies manufactures capacitors for cellular base stations and other communications applications. The company's January 2012 flexible budget income statement shows output levels of 6,500, 8,000, and 10,000 units. The static budget was based on expected sales of 8,000 units.ALLTALK TECHNOLOGIES
Flexible Budget Income Statement
Month Ended January 31, 2012Per UnitBy Units (Capacitors)6,5008,00010,000Sales revenue$24$156,000$192,000$240,000Variable expenses$1065,00080,000100,000Contribution margin$91,000$112,000$140,000Fixed expenses53,00053,00053,000Operating income$38,000$59,000$87,000The company sold 10,000 units during January, and its actual operating income was as follows:ALLTALK TECHNOLOGIES
Income Statement
Month Ended January 31, 2012Sales revenue$246,000Variable expenses104,500Contribution margin$141,500Fixed expenses54,000Operating income$87,500Requirements:1. Prepare an income statement performance report for January.2. What was the effect on AllTalk's operating income of selling 2,000 units more than the static budget level of sales?3. What is AllTalk's static budget variance? Explain why the income statement performance report provides more useful information to AllTalk's managers than the simple static budget variance. What insights can AllTalk's managers draw from this performance report?
Problem 3Java manufacturers coffee mugs that it sells to other companies for customizing with their own logos. Java prepares flexible budgets and uses a standard cost system to control manufacturing costs. The standard unit.
Problem 1Pro Forma Income Statement and Balance SheetBelow is the .docxChantellPantoja184
Problem 1Pro Forma Income Statement and Balance SheetBelow is the income statement and balance sheet for Blue Bill Corporation for 2013. Based on the historical statements and theadditional information provided, construct the firm's pro forma income statement and balance sheet for 2014.Blue Bill CorporationIncome StatementFor the year ended 2013Projected201220132014Revenue$60,000$63,000Cost of goods sold42,00044,100Gross margin18,00018,900SG&A expense6,0006,300Depreciation expense1,8002,000Earnings Before Interest and Taxes (EBIT)10,20010,600Interest expense1,5001,800Taxable income8,7008,800Income Tax Expense3,0453,080Net income5,6555,720Dividends750800To retained earnings$4,905$4,920Additional income statement information:Sales will increase by 5% in 2014 from 2013 levels.COGS and SG&A will be the average percent of sales for the last 2 years.Depreciation expense will increase to $2,200.Interest expense will be $1,900.The tax rate is 35%.Dividend payout will increase to $850.Blue Bill CorporationBalance SheetDecember 31, 2013Projected20132014Current assetsCash$8,000Accounts receivable3,150Inventory9,450Total current assets20,600Property, plant, and equipment (PP&E)28,500Accumulated depreciation16,400Net PP&E12,100Total assets$32,700Current liabilitesAccounts payable$3,780Bank loan (10%)3,200Other current liabilities1,250Total current liabilities8,230Long-term debt (12%)4,800Common stock1,250Retained earnings18,420Total liabilities and equity$32,700Additional balance sheet information:The minimum cash balance is 12% of sales.Working capital accounts (accounts receivable, accounts payable, and inventory) will be the same percent of sales in 2014 as they were in 2013.$8,350 of new PP&E will be purchased in 2014.Other current liabilities will be 3% of sales in 2014.There will be no changes in the common stock or long-term debt accounts.The plug figure (the last number entered that makes the balance sheet balance) is bank loan.
1
Rough Draft
Rough Draft
Rasmussen College
Metro Dental Care is a dental office that provides affordable, convenient, and high quality of care to patients. As a patient at Metro, I personally believe that Metro Dental Care is one of the best dental clinics around, and that’s why I have chosen this company. Metro Dental Care measures their results by recording patient satisfaction.
Managing financial reports, and the quality of service they provide to their customers. Furthermore, the dentists and staff at Metro Dental Care know how important your smile is. Their mission statement states “We pride ourselves in making your smile look great so you not only look good, but feel confident with your smile.”
Metro Dental Care offers convenience for their patients with more than 40 offices throughout the Minneapolis and St. Paul metro area offering flexible hours including early morning, evening and Saturday appointments. Whether you work or live Metro Dental Care has a location near you. Metro Dental .
Problem 2-1PROBLEM 2-1Solution Legend= Value given in problemGiven.docxChantellPantoja184
This document provides a solution to Problem 2-1. It begins by listing the values given in the problem statement. The document then likely shows the step-by-step work and calculations to arrive at the solution for Problem 2-1, ending with the final answer.
PROBLEM 14-6AProblem 14-6A Norwoods Borrowings1. Total amount of .docxChantellPantoja184
PROBLEM 14-6AProblem 14-6A: Norwoods Borrowings1. Total amount of each installment payment.Present value of an ordinary annuity$200,000Interest per period(i)0.08Number of periods(n)5Total amount of each installment payment($50,091.29)Therefore the total amount of each installment payment is $ 50,091.292.Norwoods Amortization TablePeriod Ending DateBeginning balance Interest expenseNotes PayableCash paymentEnding Balance10/31/15$200,000.00$16,000.00$34,091.29$50,091.29$165,908.7110/31/16$165,909.00$13,272.72$36,818.57$50,091.29$129,090.4310/31/17$129,090.43$10,327.23$39,764.06$50,091.29$89,326.3710/31/18$89,326.37$7,146.11$42,945.18$50,091.29$46,381.1910/31/19$46,381.19$3,710.50$46,380.79$50,091.29$0.403.a) Accrued interest as December 31st 2015Accrued interest expense = $200,000*8%*2/12= $2,666.67. Thus the journal entry is as shown below:DescriptionDr($)Cr($)interest expense $2,666.67 Interest payable $2,666.67b) The first annual payment on the note.Ten more months of interest has accrued $200,000*8%*10/12 =$13,333.33 accrued interest .Therefore the journal entry is as shown below:DescriptionDr($)Cr($)Notes payable$34,091.29interest expense$13,333.33interest payable$2,666.67 Cash$50,091.29
PROBLEM 14-7AProblem 14-7AQuestion 1a) Debt to equity ratiosPulaski CompanyScott Company Total liabilities$360,000.00$240,000.00Total Equity$500,000.00$200,000.00Debt-Equity Ratio0.721.2Question 2The debt to equity ratio measures the amount of debt a company uses has to finance its business for every dollar of equity it has. A higher debt to equity ratio implies that a company uses more debt than equity for financing. In this case, the debt to equity ratio for Pulaski Company is 0.72 which is less than 1 implying that the stockholder's equity exceeds the amount of debt borrowed. Thus Pulaski Company may not likely suffer from risks brought about by huge amount of debts in the capital structure. On the other hand, the debt to equity ratio of Scott Company is 1.2 which is greater than 1 implying that the debt exceeds the totalamount stockholders equity. Huge debts is associated with a lot of risks. First, there is the risk of defaulting whereby the company may be unable to repay its debt and therefore leading to bankruptcy. Second, a company may find it difficult to obtain additional funding from creditors.This is because the creditors prefer companies with low debt to equity ratio. Finally, there is the risks of violating the debt covenants. A covenant is an agreement that requires a company to maintain adequate financial ratio levels. Too much borrowings may violate this covenant. Since ScottCompany has a higher debt to equity ratio, it may experience these risks which may eventually lead to the company being declared bankrupt .
PROBLEM 14-6BProblem 14-6B: Gordon Enterprises Borrowings1. Total amount of each installment payment.Present value of an ordi.
Problem 13-3AThe stockholders’ equity accounts of Ashley Corpo.docxChantellPantoja184
Problem 13-3A
The stockholders’ equity accounts of Ashley Corporation on January 1, 2012, were as follows.
Preferred Stock (8%, $49 par, cumulative, 10,200 shares authorized)
$ 387,100
Common Stock ($1 stated value, 1,937,100 shares authorized)
1,408,700
Paid-in Capital in Excess of Par—Preferred Stock
123,200
Paid-in Capital in Excess of Stated Value—Common Stock
1,496,800
Retained Earnings
1,814,400
Treasury Stock (10,300 common shares)
51,500
During 2012, the corporation had the following transactions and events pertaining to its stockholders’ equity.
Feb. 1
Issued 24,100 shares of common stock for $123,900.
Apr. 14
Sold 6,000 shares of treasury stock—common for $33,800.
Sept. 3
Issued 5,100 shares of common stock for a patent valued at $35,700.
Nov. 10
Purchased 1,100 shares of common stock for the treasury at a cost of $5,700.
Dec. 31
Determined that net income for the year was $456,600.
No dividends were declared during the year.
(a)
Journalize the transactions and the closing entry for net income. (Credit account titles are automatically indented when amount is entered. Do not indent manually.)
Date
Account Titles and Explanation
Debit
Credit
Feb. 1
Apr. 14
Sept. 3
Nov. 10
Dec. 31
Click if you would like to Show Work for this question:
Open Show Work
LINK TO TEXT
LINK TO TEXT
LINK TO TEXT
LINK TO TEXT
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.
Problem 12-9AYour answer is partially correct. Try again..docxChantellPantoja184
Problem 12-9A
Your answer is partially correct. Try again.
Condensed financial data of Odgers Inc. follow.
ODGERS INC.Comparative Balance Sheets
December 31
Assets
2014
2013
Cash
$ 131,704
$ 78,892
Accounts receivable
143,114
61,940
Inventory
183,375
167,646
Prepaid expenses
46,292
42,380
Long-term investments
224,940
177,670
Plant assets
464,550
395,275
Accumulated depreciation
(81,500
)
(84,760
)
Total
$1,112,475
$839,043
Liabilities and Stockholders’ Equity
Accounts payable
$ 166,260
$ 109,699
Accrued expenses payable
26,895
34,230
Bonds payable
179,300
237,980
Common stock
358,600
285,250
Retained earnings
381,420
171,884
Total
$1,112,475
$839,043
ODGERS INC.Income Statement Data
For the Year Ended December 31, 2014
Sales revenue
$633,190
Less:
Cost of goods sold
$220,800
Operating expenses, excluding depreciation
20,228
Depreciation expense
75,795
Income tax expense
44,466
Interest expense
7,710
Loss on disposal of plant assets
12,225
381,224
Net income
$ 251,966
Additional information:
1.
New plant assets costing $163,000 were purchased for cash during the year.
2.
Old plant assets having an original cost of $93,725 and accumulated depreciation of $79,055 were sold for $2,445 cash.
3.
Bonds payable matured and were paid off at face value for cash.
4.
A cash dividend of $42,430 was declared and paid during the year.
Prepare a statement of cash flows using the indirect method. (Show amounts that decrease cash flow with either a - sign e.g. -15,000 or in parenthesis e.g. (15,000).)
ODGERS INC.Statement of Cash Flows
For the Year Ended December 31, 2014
$
Adjustments to reconcile net income to
$
$
Problem 12-10A
Condensed financial data of Odgers Inc. follow.
ODGERS INC.Comparative Balance Sheets
December 31
Assets
2014
2013
Cash
$ 151,904
$ 90,992
Accounts receivable
165,064
71,440
Inventory
211,500
193,358
Prepaid expenses
53,392
48,880
Long-term investments
259,440
204,920
Plant assets
535,800
455,900
Accumulated depreciation
(94,000
)
(97,760
)
Total
$1,283,100
$967,730
Liabilities and Stockholders’ Equity
Accounts payable
$ 191,760
$ 126,524
Accrued expenses payable
31,020
39,480
Bonds payable
206,800
274,480
Common stock
413,600
329,000
Retained earnings
439,920
198,246
Total
$1,283,100
$967,730
ODGERS INC.Income Statement Data
For the Year Ended December 31, 2014
Sales revenue
$730,305
Less:
Cost of goods sold
$254,665
Operating expenses, excluding depreciation
23,331
Depreciation expense
87,420
Income taxes
51,286
Interest expense
8,892
Loss on disposal of plant assets
14,100
439,694
Net income
$ 290,611
Additional information:
1.
New plant assets costing $188,000 were purchased for c.
Problem 1123456Xf122437455763715813910106Name DateTopic.docxChantellPantoja184
Problem 1123456Xf122437455763715813910106
Name: Date:
Topic One: Mean, Variance, and Standard Deviation
Please type your answer in the cell beside the question.
5. The following is the heart rate for 10 randomly selected patients on the unit. Find the mean, variance, and standard deviation of the data using the descriptive statistics option in the data analysis toolpak.
75, 80, 62, 97, 107, 59, 76, 83, 84, 69
6. The following is a frequency distribution fo the number of times patience use the call light in a days time. X is the number of times the call light is used and f is the frequency (meaning the number of patients). Create a histogram of the data.
Sheet2
Sheet3
EXERCISE 11 USING STATISTICS TO DESCRIBE A STUDY SAMPLE
STATISTICAL TECHNIQUE IN REVIEW
Most studies describe the subjects that comprise the study sample. This description of the sample is called the sample characteristics which may be presented in a table or the narrative of the article. The sample characteristics are often presented for each of the groups in a study (i.e. experimental and control groups). Descriptive statistics are used to generate sample characteristics, and the type of statistic used depends on the level of measurement of the demographic variables included in a study (Burns & Grove, 2007). For example, measuring gender produces nominal level data that can be described using frequencies, percentages, and mode. Measuring educational level usually produces ordinal data that can be described using frequencies, percentages, mode, median, and range. Obtaining each subject's specific age is an example of ratio data that can be described using mean, range, and standard deviation. Interval and ratio data are analyzed with the same type of statistics and are usually referred to as interval/ratio level data in this text.
RESEARCH ARTICLE
Source: Troy, N. W., & Dalgas-Pelish, P. (2003). The effectiveness of a self-care intervention for the management of postpartum fatigue. Applied Nursing Research, 16 (1), 38–45.
Introduction
Troy and Dalgas-Pelish (2003) conducted a quasi-experimental study to determine the effectiveness of a self-care intervention (Tiredness Management Guide [TMG]) on postpartum fatigue. The study subjects included 68 primiparous mothers, who were randomly assigned to either the experimental group (32 subjects) or the control group (36 subjects) using a computer program. The results of the study indicated that the TMG was effective in reducing levels of morning postpartum fatigue from the 2nd to 4th weeks postpartum. These researchers recommend that “mothers need to be informed that they will probably experience postpartum fatigue and be taught to assess and manage this phenomenon” (Troy & Dalgas-Pelish, 2003, pp. 44-5).
Relevant Study Results
“A total of 80 women were initially enrolled [in the study] … twelve of these women dropped out of the study resulting in a final sample of 68.” (Troy & Dalgas-Pelish, 2003, p. 39). The researchers presen.
Problem 1. For the truss and loading shown below, calculate th.docxChantellPantoja184
Problem 1. For the truss and loading shown below, calculate the horizontal
displacement of point "D" using the method of virtual work. Show ALL your work!
HW No. 8 - Part 1
Solution
HW FA15 2 Page 1
Problem 1 Continued
Member L (in.) N (lb) N (in) NnL
HW No. 8 - Part 1
.
Problem 1 (30 marks)Review enough information about .docxChantellPantoja184
Problem 1 (30 marks)
Review enough information about Trinidad Drilling Ltd. to propose a vision and strategic objectives for the company. Develop a balanced scorecard that will help the company achieve this vision and monitor how well it is accomplishing its strategic objectives. Include a strategy map in table format that shows objectives and performance measures, with arrows illustrating hypothesized cause-and -effect relationships. Provide rationale for your strategy map. The body of your report should not exceed 1,000 words. Cite material you used to prepare the response and provide references in an appendix.
Problem 2 (20 marks)
Ajax Auto Upholstery Ltd. manufactures upholstered products for automobiles, vans, and trucks. Among the various Ajax plants around Canada is the Owlseye plant located in rural Alberta.
The chief financial officer has just received a report indicating that Ajax could purchase the entire annual output of the Owlseye plant from a foreign supplier for $37 million per year.
The budgeted operating costs (in thousands) for the Owlseye plant’s for the coming year is as follows:
Materials $15,000
Labor
Direct $12,000
Supervision 4,000
Indirect plant 5,000 19,000
Overhead
Depreciation – plant 6,000
Utilities, property tax, maintenance 2,000
Pension expense 4,500
Plant manager and staff 2,500
Corporate headquarters overhead allocation 3,000 18,000
Total budgeted costs $52,000
If material purchase orders are cancelled as a consequence of the plant closing, termination charges would amount to 10 percent of the annual cost of direct materials in the first year (zero thereafter).
A clause in the Ajax union contract requires the company to provide employment assistance to its former employees for 12 months after a plant closes. The estimated cost to administer this service if the Owlseye plant closes would be $2 million. $3.6 million of next year’s pension expense would continue indefinitely whether or not the plant remains open. About $900,000 of labour would still be required in the first year after closure to decommission the plant. After that, the plant would be sold for an estimated $1 million. Utilities, property taxes, and maintenance costs would remain unchanged in the first year after closure, but disappear when the plant is sold.
The plant manager and her staff would be somewhat affected by the closing of the Owlseye plant. Some managers would still be responsible for managing three other plants. As a result, total management salaries would be about 50% of the current level, starting at closure and remaining into the future.
Required:
Assume you are the company’s chief financial officer. Perform a five-year financial analysis and make a recommendation whether to close the Owlseye plant on this basis. Provide support for and cautions about your recommendation with organized, clearly-labeled data. Use bullet points where appropriate.
Problem 3 (16 marks)
Br.
Problem 1 (10 points) Note that an eigenvector cannot be zero.docxChantellPantoja184
Problem 1 (10 points): Note that an eigenvector cannot be zero, but an eigenvalue can
be 0. Suppose that 0 is an eigenvalue of A. What does it say about A? (Hint: One of the
most important properties of a matrix is whether or not it is invertible. Think about the
Invertible Matrix Theorem and all the ‘good things’ of dealing with invertible matrices)
Problem 5: (20 points): The figure below shows a network of one-way streets with
traffic flowing in the directions indicated. The flow rate along the streets are measured
as the average number of vehicles per hour.
a) Set up a mathematical model whose solution provides the unknown flow rates
b) Solve the model for the unknown flow rates
c) If the flow rates along the road A to B must be reduced for construction, what is
the minimum flow that is required to keep traffic flowing on all roads?
Problem 6 (20 points): Problem 7 (9 points): Prove that if A and B are matrices of the same
size, then tr(A+B)=tr(A)+tr(B)
Given:
Goal:
Proof:
Problem 7 (20 points)*: In the 1990, the northern spotted owl became the center of a
nationwide controversy over the use and misuse of the majestic forests in the Pacific
Northwest. Environmentalists convinced the federal government that the owl was
threatened with extinction if logging continued in the old-growth forests (with trees over
200 years old), where the owls prefer to live. The timber industry, anticipating the loss of
30,000 to 100,000 jobs as a result of new government restrictions on logging, argued that
the owl should not be classified as a “threatened species” and cited a number of published
scientific reports to support its case.
Caught in the crossfire of the two lobbying groups, mathematical ecologists
intensified their drive to understand the population dynamics of the spotted owl. The life
cycle of a spotted owl divides naturally into three stages: juvenile (up to 1 year old),
subadult (1 to 2 years), and adult (over 2 years). The owls mate for life during the subadult
and adult stages, begin to breed as adults, and live for up to 20 years. Each owl pair
requires about 1,000 hectares (4 square miles) for its own home territory. A critical time in
the life cycle is when the juveniles leave the nest. To survive and become a subadult, a
juvenile must successfully find a new home range (and usually a mate).
A first step in studying the population dynamics is to model the population at yearly
intervals, at times denoted by 𝑘𝑘 = 0,1,2, …. Usually, one assumes that there is a 1:1 ratio of
males to females in each life stage and counts only the females. The population at year 𝑘𝑘
can be described by a vector 𝒙𝒙𝒌𝒌 = (𝑗𝑗𝑘𝑘 , 𝑠𝑠𝑘𝑘 , 𝑎𝑎𝑘𝑘 ), where 𝑗𝑗𝑘𝑘 , 𝑠𝑠𝑘𝑘 , and 𝑎𝑎𝑘𝑘 are the numbers of
females in the juvenile, subadult, and adult stages, respectively. Using actual field data from
demographic studies, a rese
Probation and Parole 3Running head Probation and Parole.docxChantellPantoja184
Probation and Parole 3
Running head: Probation and Parole
Probation and Parole
Student Name
Allied American University
Author Note
This paper was prepared for Probation and Parole, Module 8 Check Your Understanding taught by [INSERT INSTRUCTOR’S NAME].
Directions: Respond to the following questions using complete sentences. Your answer should be at least 1 paragraph in length, which must be composed of three to five sentences.
1. What is meant by intermediate punishments and what programs are included in this category?
2. How do intermediate punishments serve to keep down prison populations?
3. Why has electronic monitoring proven so popular?
4. What is meant by shock probation/parole?
5. What are the essential features of the boot camp program?
6. Why has intensive supervision been a public relations success?
7. What are the criticisms of boot camp programs?
8. What has research revealed with respect to intensive supervision?
9. What are the criticisms of electronic monitoring in probation and parole?
10. What are the criticisms leveled at intensive supervision?
11. What are the purposes of and services offered by a day reporting center?
12. Why would heroin addicts who have no intention of giving up drug use voluntarily enter a drug treatment program? What are the advantages of using methadone to treat heroin addicts?
13. Why is behavior modification difficult to use in treating drug abusers?
14. What are the characteristics of chemical dependency (CD) programs?
15. What are the primary characteristics of the therapeutic community (TC) approach for treating drug abusers?
16. What are criticisms of the Alcoholics Anonymous approach?
17. What are the problems inherent in drug testing?
18. What are the typical characteristics of sex offenders? How have sex offender laws affected P/P supervision?
19. What are the pros and cons of restitution and charging offenders fees in probation or parole?
20. What are the problems encountered in using the interstate compact?
.
Problem 1(a) Complete the following ANOVA table based on 20 obs.docxChantellPantoja184
Problem 1:
(a) Complete the following ANOVA table based on 20 observations for the regression equation
(a) Is the overall regression significant? Fill in the missing values in the table.
Source DF SS MS F
Regression ___ 350 ____ ____
Error ___ _____
Total 500
(b) Suppose that you have computed the following sequential sums of squares due to regression:
Regressor Variables in Model SS Regression
………………………………………. 300
……………………………………… 250
…………………………………….. 340
……………………………………. 325
Fill in the missing values in the following “computer output”:
Source DF Partial SS F-value Pr>F
……………………………………………………………………………………….. 0.1245
………………………………………………………………………………………. 0.3841
………………………………………………………………………………………. 0.0042
………………………………………………………………………………………. 0.0401
Problem 2:
The time required for a merchandise to stock a grocery store shelf with a soft drink product as well as the number of cases of product stocked are given below. Consider a linear regression of delivery time against number of cases.
X=number of cases
Y=delivery time
Delivery time number of cases Hat diagonals
1.41 4 0.5077
2.96 6 0.3907
6.04 14 0.2013
7.57 19 0.3092
9.38 24 0.5912
Observations used L.S. Model
4,6,14,19,24
6,14,19,24
4,14,19,24
4,14,19,24
4,6,14,24
4,6,14,19
(a)
Calculate the PRESS statistic for the model .
(b) Calculate the regular residual for the model above. Then, compare these residuals with the PRESS residuals for this model.
Exercises from the Text
Use SAS whenever possible to do these exercises:
# 3.4 on p 122
# 3.5
# 3.8
# 3.15
# 3.21
# 3.27
# 3.28
# 3.31
# 3.38
# 3.39
Example with SAS on Sequential and Partial Sum of Squares
Data Weather;
Title 'Lows and Highs from N&O Jan 28,29,30 1992';
Title2 'using actual numbers (yesterday values)';
input city $ hi2 lo2 yhi ylo thi tlo;
* Mon Tues Wed ;
cards;
seattle 51 44 52 44 59 47
.
.
.
;
proc reg; model thi = yhi hi2 tlo ylo lo2/ss1 ss2;
test tlo=0, ylo=0, lo2=0;
/*-----------------------------------------------
| Showing sequential and partial sums of squares|
| Note t**2 = F relationship for partial F. By |
| hand, construct F to leave out .
Probe 140 SPrecipitation in inchesTemperature in F.docxChantellPantoja184
Probe 1
40 S
Precipitation in inches
Temperature in F
J F M A M J J A S O N D
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POTET 26.8
Precip 27.1
MAT(F) 59.8
Probe 2
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Temperature in F
J F M A M J J A S O N D
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POTET 69.2
Precip 124.6
MAT(F) 77.9
Probe 3
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Precipitation in inches
Temperature in F
J F M A M J J A S O N D
2
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POTET 21.5
Precip 38.7
MAT(F) 43.5
Probe 4
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Precipitation in inches
Temperature in F
J F M A M J J A S O N D
2
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POTET 30.3
Precip 16.5
MAT(F) 53.6
Probe 5
55 N
Precipitation in inches
Temperature in F
J F M A M J J A S O N D
2
4
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POTET 21.3
Precip 28.1
MAT(F) 40.6
Probe 6
43 N
Precipitation in inches
Temperature in F
J F M A M J J A S O N D
2
4
6
8
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12
0
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POTET 25.4
Precip 14.4
MAT(F) 47.2
Probe 7
42 N
Precipitation in inches
Temperature in F
J F M A M J J A S O N D
2
4
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0
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POTET 17.3
Precip 31.2
MAT(F) 26.0
Probe 8
42 N
Precipitation in inches
Temperature in F
J F M A M J J A S O N D
2
4
6
8
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12
0
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POTET 29.6
Precip 38.8
MAT(F) 51.6
Probe 9
18 S
Precipitation in inches
Temperature in F
J F M A M J J A S O N D
2
4
6
8
10
12
0
10
20
30
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POTET 66.1
Precip 74.8
MAT(F) 77.7
Probe 10
58 N
Precipitation in inches
Temperature in F
J F M A M J J A S O N D
2
4
6
8
10
12
0
10
20
30
40
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90
POTET 16.5
Precip 24.8
MAT(F) 36.9
Probe 11
26 N
Precipitation in inches
Temperature in F
J F M A M J J A S O N D
2
4
6
8
10
12
0
10
20
30
40
50
60
70
80
90
POTET 47.6
Precip 3.8
MAT(F) 70.1
Probe 12
29 N
Precipitation in inches
Temperature in F
J F M A M J J A S O N D
2
4
6
8
10
12
0
10
20
30
40
50
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90
POTET 44.0
Precip 47.3
MAT(F) 63.2
Probe 4
Probe 2
Probe 10
Probe 5
Probe 6
Probe 7
Probe 11
Probe 12
Probe 8
Probe 9
Probe 3
Probe 1
Map 1
20 N
40 N
60 N
80 N
0
20 S
40 S
60 S
0
1000
miles
Geography 204
Koppen Climate Classification Guidelines
If POTET exceeds Precip then B
BW = POTET more than 2x Precip
(desert)
h = mean annual temp > 18 C (64.4 F)
k = mean annual temp < 18 C (64.4 F)
BS = POTET less than 2x Precip
(steppe)
h = mean annual t.
বাংলাদেশের অর্থনৈতিক সমীক্ষা ২০২৪ [Bangladesh Economic Review 2024 Bangla.pdf] কম্পিউটার , ট্যাব ও স্মার্ট ফোন ভার্সন সহ সম্পূর্ণ বাংলা ই-বুক বা pdf বই " সুচিপত্র ...বুকমার্ক মেনু 🔖 ও হাইপার লিংক মেনু 📝👆 যুক্ত ..
আমাদের সবার জন্য খুব খুব গুরুত্বপূর্ণ একটি বই ..বিসিএস, ব্যাংক, ইউনিভার্সিটি ভর্তি ও যে কোন প্রতিযোগিতা মূলক পরীক্ষার জন্য এর খুব ইম্পরট্যান্ট একটি বিষয় ...তাছাড়া বাংলাদেশের সাম্প্রতিক যে কোন ডাটা বা তথ্য এই বইতে পাবেন ...
তাই একজন নাগরিক হিসাবে এই তথ্য গুলো আপনার জানা প্রয়োজন ...।
বিসিএস ও ব্যাংক এর লিখিত পরীক্ষা ...+এছাড়া মাধ্যমিক ও উচ্চমাধ্যমিকের স্টুডেন্টদের জন্য অনেক কাজে আসবে ...
LAND USE LAND COVER AND NDVI OF MIRZAPUR DISTRICT, UPRAHUL
This Dissertation explores the particular circumstances of Mirzapur, a region located in the
core of India. Mirzapur, with its varied terrains and abundant biodiversity, offers an optimal
environment for investigating the changes in vegetation cover dynamics. Our study utilizes
advanced technologies such as GIS (Geographic Information Systems) and Remote sensing to
analyze the transformations that have taken place over the course of a decade.
The complex relationship between human activities and the environment has been the focus
of extensive research and worry. As the global community grapples with swift urbanization,
population expansion, and economic progress, the effects on natural ecosystems are becoming
more evident. A crucial element of this impact is the alteration of vegetation cover, which plays a
significant role in maintaining the ecological equilibrium of our planet.Land serves as the foundation for all human activities and provides the necessary materials for
these activities. As the most crucial natural resource, its utilization by humans results in different
'Land uses,' which are determined by both human activities and the physical characteristics of the
land.
The utilization of land is impacted by human needs and environmental factors. In countries
like India, rapid population growth and the emphasis on extensive resource exploitation can lead
to significant land degradation, adversely affecting the region's land cover.
Therefore, human intervention has significantly influenced land use patterns over many
centuries, evolving its structure over time and space. In the present era, these changes have
accelerated due to factors such as agriculture and urbanization. Information regarding land use and
cover is essential for various planning and management tasks related to the Earth's surface,
providing crucial environmental data for scientific, resource management, policy purposes, and
diverse human activities.
Accurate understanding of land use and cover is imperative for the development planning
of any area. Consequently, a wide range of professionals, including earth system scientists, land
and water managers, and urban planners, are interested in obtaining data on land use and cover
changes, conversion trends, and other related patterns. The spatial dimensions of land use and
cover support policymakers and scientists in making well-informed decisions, as alterations in
these patterns indicate shifts in economic and social conditions. Monitoring such changes with the
help of Advanced technologies like Remote Sensing and Geographic Information Systems is
crucial for coordinated efforts across different administrative levels. Advanced technologies like
Remote Sensing and Geographic Information Systems
9
Changes in vegetation cover refer to variations in the distribution, composition, and overall
structure of plant communities across different temporal and spatial scales. These changes can
occur natural.
Leveraging Generative AI to Drive Nonprofit InnovationTechSoup
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Temple of Asclepius in Thrace. Excavation resultsKrassimira Luka
The temple and the sanctuary around were dedicated to Asklepios Zmidrenus. This name has been known since 1875 when an inscription dedicated to him was discovered in Rome. The inscription is dated in 227 AD and was left by soldiers originating from the city of Philippopolis (modern Plovdiv).
Beyond Degrees - Empowering the Workforce in the Context of Skills-First.pptxEduSkills OECD
Iván Bornacelly, Policy Analyst at the OECD Centre for Skills, OECD, presents at the webinar 'Tackling job market gaps with a skills-first approach' on 12 June 2024
Gender and Mental Health - Counselling and Family Therapy Applications and In...PsychoTech Services
A proprietary approach developed by bringing together the best of learning theories from Psychology, design principles from the world of visualization, and pedagogical methods from over a decade of training experience, that enables you to: Learn better, faster!
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PPOL 650Issue Analysis Paper InstructionsYou will submit a p.docx
1. PPOL 650
Issue Analysis Paper Instructions
You will submit a paper analyzing an issue related to the
intersection of international law, policy, politics, and
diplomacy. Upon review of the course material and topics of
study, you will select a topic based on concepts studied during
the course. You must identify a major international crisis,
provide a factual background, collect data describing the
process used to resolve the crisis, explain whether the plan used
was the best course of action, and explain the outcome. You are
required to compare the effectiveness of the plan in light of all
the international issues, identify the specific strengths and
weaknesses of the approach, and note how diplomacy was used
to address the crisis. You must also include a review of
alternate plans that may have been effective in resolving the
issue. The paper must include a minimum of 3–5 scholarly
sources (ex. books or peer reviewed articles) formatted in
current Turabian style. The assignment must be 5–7 pages.
Your Issue Analysis Paper is due by 11:59 p.m. (ET) on Sunday
of Module/Week 3.
Analysis on the Demand of Top Talent Introduction
in Big Data and Cloud Computing Field in China
Based on 3-F Method
Zhao Linjia, Huang Yuanxi, Wang Yinqiu, Liu Jia
National Academy of Innovation Strategy, China Association
for Science and Technology, Beijing, P.R.China
2. Abstract—Big data and cloud computing, which can help
China to implement innovation-driven development strategy and
promote industrial transformation and upgrading, is a new and
emerging industrial field in China. Educated, productive and
healthy workforces are necessary factor to develop big data and
cloud computing industry, especially top talents are essential.
Therefore, a three-step method named 3-F has been introduced
to help describing the distribution of top talents globally and
making decision whether they are needed in China. The 3-F
method relies on calculating the brain gain index to analysis the
top talent introduction demand of a country. Firstly, Focus on
the
high-frequency keywords of a specific field by retrieving the
highly cited papers. Secondly, using those keywords to Find out
the top talents of this specific field in the Web of Science.
Finally,
Figure out the brain gain index to estimate whether a country
need to introduce top talents of a specific field abroad. The
result
showed that the brain gain index value of China's big data and
cloud computing field was 2.61, which means China need to
introduce top talents abroad. Besides P. R. China, those top
talents mainly distributed in the United States, the United
Kingdom, Germany, Netherlands and France.
I. INTRODUCTION
Big data and cloud computing is a new and emerging
industrial field[1], and increasing widely used in China[2-4].
Talents’ experience is a source of technological mastery[5],
essentially for developing and using big data technologies.
Most European states consider the immigration of foreign
workers as an important factor to decelerate the decline of
3. national workforces[6]. Lots of universities and research
institutes have set up undergraduate and/or postgraduate
courses on data analytics for cultivating talents[7]. EMC
corporation think that vision, talent, and technology are
necessary elements to providing solutions to big data
management and analysis, insuring the big data success[8].
Bibliometrics research has appeared as early as 1917[9],
and has been proved an effective method for assessing or
identifying talents. Based on analyses of publication volume,
journals and their impact factors, most cited articles and
authors, preferred methods, and represented countries,
Gallardo-Gallardo et. al[10] assess whether talent management
should be approached as an embryonic, growth, or mature
phenomenon.
In this paper, we intend to analysis whether China need to
introduce top talents in the field of big data and cloud
computing by using bibliometrics. In section 2, the 3-F method
for top talent introduction demand analysis will be discussed.
In section 3, we will analysis the demand of top talent
introduction in big data and cloud computing field in China.
II. METHOD
In general, metering indicators contain the most productive
authors, journals, institutions, and countries, and the
collaboration networks between authors and institutions[11,
12]. Based on the commonly used bibliometrics method, 3-F
method for top talent introduction demand analysis is proposed.
3-F method has three steps:
Firstly, searching the literature database and forming a
high-impact literature collection in a specific field. Focusing on
the high-frequency keywords in the high-impact literature
4. collection by using the text analysis method as the research
hotspots. Just to be clear, the high-impact literature refers to the
journal literature whose number of cited papers ranked in the
top 1% in the same discipline and in the same year.
Secondly, retrieving those keywords in the Web of Science
to find out where those top talents of this specific field are.
Find the top talents by collected the information about talents’
country distribution, the institutions distribution and so on
through the high-impact literature collection. Among them, the
top talent refers to the first author or the communication author
of the high-impact literatures.
Finlly, Figure out the brain gain index to determine the top
talents introduction demand of a certain country. The brain gain
index is calculated as following formulas:
Iik = (Twk / Tik) / (Pw / Pi) (1)
Among them, Iik means the brain gain index value of
country (i) in the field (k), Twk means the number of world’s
top
talents in the field (k), Tik means the number of country’s (i)
top
talents in the field (k), Pw means the world population, Pi
means the country’s (i) population. If Iik was more than 1, that
means the country (i) has less top talents in the field (k),
therefore the talent introduction demand will be relatively
strong. In contrast, if Iik was less than 1, that means the
country’s (i) has greater top talents in the field (k) than the
world average, and the talent introduction demand will not be
so strong.
Additionally, the literature information mainly from the ISI
Web of Science (SCI, CPCI-S), and the the data analysis and
visualization tools are TDA and Tableau.
6. 6 mobile cloud computing 8
7 bioinformatics 6
8 climate change 6
9 Hadoop 6
10 software-defined networking (SDN) 6
……
At the same time, we displayed the frequency distribution
of research hotspots in the way of cloud chart(fig. 1).
Fig. 1. The cloud chart of research hotspots that in the field of
big data and
cloud computing
Then, we find the information about nationality (Table 2),
institutes (Table 3) of top talents in the high-impact literature
collection. Results showed there were 662 top talents
worldwide in the big data and cloud computing field. The top
ten countries or regions who had the most top talents were the
United States, P.R.China, the United Kindom, Germany, the
Netherlands, France, Canada, Australia, Italy and Switzerland
and Spain tied for the tenth.
TABLE II. THE NATIONALITY DISTRIBUTION OF TOP
TALENTS IN THE BIG
DATA AND CLOUD COMPUTING FIELD
Order Country or Region Number of the top talent
7. 1 US 268
2 P. R. China 48
3 UK 47
4 Germany 39
5 Netherlands 28
6 France 27
7 Canada 22
8 Australia 21
9 Italy 19
10 Switzerland 13
Spain 13
12 Japan 10
13 Korea 8
Malaysia 8
15 Singapore 7
New Zealand 7
17 Austria 6
18 Belgium 5
Sweden 5
India 5
Chinese Taipei 5
……
TABLE III. THE INSTITUTES DISTRIBUTION OF TOP
TALENTS IN THE BIG
DATA AND CLOUD COMPUTING FIELD
Order Country or Region Number of the top talent
1 Harvard University (US) 10
2 Purdue University (US) 7
University of Malaya (Malaysia) 7
University of Maryland (US) 7
8. Unversity of Melbourne (Australia) 7
University of Missouri (US) 7
7 Oxford Unversity (UK) 6
8 Chinese Academy of Sciences (P.R.China) 5
ETH Zurich (Switzerland) 5
Massachusetts General Hospital (US) 5
Northwestern University (US) 5
University of British Columbia (Canada) 5
UC, Berkeley (US) 5
UC, San Diego (US) 5
University of Texas at Austin (US) 5
University of Washington (US) 5
……
2017 Proceedings of PICMET '17: Technology Management for
Interconnected World
From table 2 and 3 we can see that China was in the second
place worldwide. However, China's top talent is much less than
the United States. In addition, the overall strength of Chinese
9. research institutions is not strong. So, whether China should
introduce top talents from other countries is need to be
discussed.
According to the formula of the brain gain index, and using
the world population data as well as the Chinese mainland
population data released by the World Bank, the value of the
Chinese brain gain index of big data and cloud computing was
2.61. In comparison, the brain gain index value of the United
States was 0.11. That means China need to introduce top talent
in the field of big data and cloud computing.
IV. CONCLUSION
In the knowledge economy era, the international flow of top
talent has become convenient and frequent. Facing the world's
top talent shortage, China and the world's major countries have
developed overseas top talent introduction programs. Until
2007, almost all European countries had introduced some
skillselective migration policies in order to attract the top
talents. To make the overseas top talent introduction programs
more effective and targeted is helpful for occupying the
strategic high ground in the global top talent competition.
This paper improved the traditional talent evaluation
function of bibliometric method, and presented the 3-F analysis
method, which was applied to analyze the demand of top
talents. The 3F method could help the government official to
make decision whether need to introduce top talents to develop
a new industry field and lock these top talents geographic
location.
REFERENCES
[1] .Xu, B.M., X.G. Ni. Development Trend and Key Technical
Progress of
10. Cloud Computing[J]. Bulletin of the Chinese Academy of
Sciences,
2015. 30(2), pp. 170-180.
[2] Xiao, Y., Y. Cheng, Y.J. Fang, Research on Cloud
Computing and Its
Application in Big Data Processing of Railway Passenger Flow,
in
Iaeds15: International Conference in Applied Engineering and
Management, P. Ren, Y. Li, and H. Song, Editors. 2015, Aidic
Servizi
Srl: Milano. pp. 325-330.
[3] Zhu, Y.Q., P. Luo, Y.Y. Huo et. al, Study on Impact and
Reform of Big
Data on Higher Education in China, in 2015 3rd International
Conference on Social Science and Humanity, G. Lee and Y. Wu,
Editors. 2015, Information Engineering Research Inst, USA:
Newark. p.
155-161.
[4] Wang, X., L.C. Song, G.F. Wang et.al. Operational Climate
Prediction
in the Era of Big Data in China: Reviews and Prospects[J].
Journal of
Meteorological Research, 2016. 30(3), pp. 444-456.
[5] Dahlman, C., L. Westphal, Technological effort in industrial
development——An Interpretative Survey of Recent
Research[R]. 1982.
[6] Cerna, L., M. Czaika, European Policies to Attract Talent:
The Crisis
and Highly Skilled Migration Policy Changes, in High-Skill
Migration
and Recession. 2016, Springer. pp. 22-43.
11. [7] Jin, X., B.W. Wah, X. Cheng et. al. Significance and
challenges of big
data research[J]. Big Data Research, 2015. 2(2), pp. 59-64.
[8] Fang, H., Z. Zhang, C.J. Wang et. al. A survey of big data
research[J].
IEEE Network, 2015. 29(5), pp. 6-9.
[9] Cole, F.J., Eales, N. B. The history of comparative
anatomy[J]. science
Progress, 1917. 11, pp. 578-596.
[10] Gallardo-Gallardo, E., S. Nijs, N. Dries et. al. Towards an
understanding
of talent management as a phenomenon-driven field using
bibliometric
and content analysis[J]. Human Resource Management Review,
2015.
25, pp. 264-279.
[11] Clarke, B.L. Multiple authorship trends in scientific
papers[J]. Science,
1964. 143(3608), pp. 822-824.
[12] Gonzalez-Valiente, C.L., J. Pacheco-Mendoza, R.
Arencibia-Jorge. A
review of altmetrics as an emerging discipline for research
evaluation[J].
Learned Publishing, 2016. 29(4), pp. 229-238.
2017 Proceedings of PICMET '17: Technology Management for
Interconnected World
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19. aziendali in modo affidabile. I documenti PDF creati possono
essere aperti con Acrobat e Adobe Reader 5.0 e versioni
successive.)
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/NLD (Gebruik deze instellingen om Adobe PDF-documenten
te maken waarmee zakelijke documenten betrouwbaar kunnen
worden weergegeven en afgedrukt. De gemaakte PDF-
documenten kunnen worden geopend met Acrobat en Adobe
Reader 5.0 en hoger.)
/NOR
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>> setpagedevice
PPOL 650
Issue Analysis Paper Grading Rubric
Student:
Criteria
Novice
Competent
Proficient
Formatting
0–1 points
· Current Turabian guidelines are followed with frequent errors,
or not followed.
· Less than 1 typed page.
· Any of the following are not present: typed, 12-pt. font, Times
New Roman, double spaced, 1-inch margins.
2–3 points
· Current Turabian guidelines are followed with few errors.
· Less than 3 pages.
· Typed, 12-pt. font, Times New Roman, double spaced, 1-inch
margins.
4–5 points
· Current Turabian guidelines are followed.
· Length of 3–5 pages.
· Typed, 12-pt. font, Times New Roman, double spaced, 1-inch
margins.
Spelling and Grammar
0–14 points
· Continuous grammatical and spelling errors.
15–16 points
· Some grammatical and spelling errors.
17–20 points
23. · Minimal or no grammatical and spelling errors.
Content
0–49 points
· Major points are not clear, nor are they given sufficient
support.
· A major international crisis is not identified, background is
not provided, and analysis about the outcome of the crisis is
missing.
· An evaluation of the approach and discussion of relevant plans
is missing.
50–52 points
· Major points are clearly articulated, but not sufficiently
supported.
· A major international crisis is identified, but background is
not provided or partially provided, and partial analysis about
the outcome of the crisis is provided.
· An evaluation of the approach and discussion of relevant plans
is partially included.
53–60 points
· Major points are clearly articulated and sufficiently supported.
· A major international crisis is identified, background is
provided, and full analysis about the outcome of the crisis is
provided.
· An evaluation of the approach and discussion of relevant plans
is included.
References
0–9 points
· No scholarly references are present.
10–11 points
· Less than 1–2 scholarly references are present and
appropriately integrated.
12–15 points
· 3–5 scholarly references are present, clearly demonstrated,
and appropriately integrated.
Total:
/100