This document provides an overview and explanation of the different sections and features contained within a researcher profile on the Research Networking Software (RNS) system. It describes the demographic information, publications, awards, and other positions that can be included in a profile. It also explains the passive networks that are generated based on a researcher's publications, including co-authors, department members, and other researchers with similar keywords. Finally, it outlines the various views for visualizing a researcher's co-author network, including a list, radial graph, and map view.
W13 libr250 evaluating and citing websites1lterrones
This document provides guidance on evaluating websites for research purposes. It discusses evaluating websites based on several criteria: authority or author; objectivity and potential for bias; timeliness of information; relevance to research topic; and practice evaluating sample websites using these criteria. The document also reviews proper citation of online sources using APA style, including required elements like author, date, title, URL, and retrieval date when needed. Resources for citing online sources according to APA style are provided.
Before implementing a search system on a website, several factors should be considered:
- A search system should complement, not replace, navigation systems and only be used if there is too much content to browse.
- The types of content, size of the site, and user needs should determine if a search system is warranted.
- If implemented, the search system should be optimized by indexing only relevant content, using appropriate algorithms, and providing helpful interfaces and support for revising searches.
This document provides guidance on using databases versus search engines for research. It explains that databases contain published scholarly research like journal articles and government publications, while search engines contain general information that may not have been formally published. The document encourages using databases for college-level research since they contain peer-reviewed articles and other vetted sources, while search engines can be a starting point for gathering information. Key features of databases are described, like advanced search options, saving and sharing tools, and limiting searches to peer-reviewed results. The document also covers evaluating search results and determining if full-text access is available.
The document discusses various metrics for measuring the impact of authors, journals, and articles. It describes the h-index, m-quotient, and g-index for measuring an author's impact based on their scholarly output and citations. Journal Impact Factor and SJR are discussed for comparing journals. Metrics for articles include citations in databases like Web of Science, Scopus, and Google Scholar as well as altmetrics from social media. Broadening research impact involves platforms like Academia.edu, Mendeley, ResearchGate, and Twitter.
This document provides information on resources for evaluating journals and identifying appropriate journals for publication. It discusses Journal Citation Reports (JCR), SJR, Directory of Open Access Journals (DOAJ), Mycite, journal suggestion tools from Springer and Elsevier, Endnote Web, and SciRev and MedSci resources for reviewing processes. Key indicators for journal evaluation include impact factor, immediacy index, eigenfactor, and SJR rank. Open access options within JCR and Scimago are also outlined.
The document provides information on using databases and library resources to find scholarly sources for research. It distinguishes between search engines and library databases, noting that databases contain peer-reviewed scholarly sources while search engines contain more general information. It also describes how to search databases, evaluate search results, determine if full-text of an article is available, and cite sources found in databases. Key tips include using advanced search features, limiting to peer-reviewed results, and utilizing the interlibrary loan system when full-text is not available.
W13 libr250 evaluating and citing websites1lterrones
This document provides guidance on evaluating websites for research purposes. It discusses evaluating websites based on several criteria: authority or author; objectivity and potential for bias; timeliness of information; relevance to research topic; and practice evaluating sample websites using these criteria. The document also reviews proper citation of online sources using APA style, including required elements like author, date, title, URL, and retrieval date when needed. Resources for citing online sources according to APA style are provided.
Before implementing a search system on a website, several factors should be considered:
- A search system should complement, not replace, navigation systems and only be used if there is too much content to browse.
- The types of content, size of the site, and user needs should determine if a search system is warranted.
- If implemented, the search system should be optimized by indexing only relevant content, using appropriate algorithms, and providing helpful interfaces and support for revising searches.
This document provides guidance on using databases versus search engines for research. It explains that databases contain published scholarly research like journal articles and government publications, while search engines contain general information that may not have been formally published. The document encourages using databases for college-level research since they contain peer-reviewed articles and other vetted sources, while search engines can be a starting point for gathering information. Key features of databases are described, like advanced search options, saving and sharing tools, and limiting searches to peer-reviewed results. The document also covers evaluating search results and determining if full-text access is available.
The document discusses various metrics for measuring the impact of authors, journals, and articles. It describes the h-index, m-quotient, and g-index for measuring an author's impact based on their scholarly output and citations. Journal Impact Factor and SJR are discussed for comparing journals. Metrics for articles include citations in databases like Web of Science, Scopus, and Google Scholar as well as altmetrics from social media. Broadening research impact involves platforms like Academia.edu, Mendeley, ResearchGate, and Twitter.
This document provides information on resources for evaluating journals and identifying appropriate journals for publication. It discusses Journal Citation Reports (JCR), SJR, Directory of Open Access Journals (DOAJ), Mycite, journal suggestion tools from Springer and Elsevier, Endnote Web, and SciRev and MedSci resources for reviewing processes. Key indicators for journal evaluation include impact factor, immediacy index, eigenfactor, and SJR rank. Open access options within JCR and Scimago are also outlined.
The document provides information on using databases and library resources to find scholarly sources for research. It distinguishes between search engines and library databases, noting that databases contain peer-reviewed scholarly sources while search engines contain more general information. It also describes how to search databases, evaluate search results, determine if full-text of an article is available, and cite sources found in databases. Key tips include using advanced search features, limiting to peer-reviewed results, and utilizing the interlibrary loan system when full-text is not available.
This document provides instructions for citing scholarly articles in APA style. It discusses using citation tools in databases, checking for Digital Object Identifiers (DOIs), and including a URL for the journal homepage if no DOI is available. The general rules for capitalization and punctuation in citations are provided. Flowcharts illustrate verifying whether an article has a DOI and which citation elements to include. Examples are given for correctly formatting citations of articles with and without DOIs.
Library Search 3: Finding a journal article 2021EISLibrarian
The document provides guidance on how to search for and access journal articles using the university library search tool. It explains that the library search searches across all available resources, and displays the most relevant results first. It then demonstrates how to identify a reference as pertaining to a journal article based on its inclusion of page numbers, volume and number. The document proceeds to guide the user through searching by article title or journal title in the library search, and how to access the full text of articles where available through the library's subscriptions. It concludes by providing links for further help.
This document discusses the importance of keywords for effective research. It provides tips for choosing keywords such as keeping a focused research question, using synonyms and related terms, and considering different types of materials like journals, books and websites. Boolean operators like AND, OR are explained to combine or broaden search terms. Examples are given to practice developing keywords for sample research topics. Students are assigned a task to select topics, compile keywords, and identify potential information sources to answer their questions.
This document provides guidance on finding citation information using Web of Science. It describes how to use Web of Science to find out how many times an article has been cited to gauge its impact, discover related articles, access citation reports for a subject, and conduct a cited reference search. It explains how to view citation counts, citing articles, journal impact, create citation reports, analyze search results, and search by cited references. The document includes screenshots to demonstrate these functions within the Web of Science interface.
This document provides guidance for distance learners accessing information resources at Central Methodist University. It outlines the steps to take which include identifying topics and keywords, determining needed resources, and gathering credible sources. It describes the library catalogs to search for books and databases to search for articles. Tips are provided on using Boolean connectors to refine searches. Instructions are given on requesting books through the library catalogs or obtaining articles through the databases. The document also covers using the library's web resources and interlibrary loan system if needed sources cannot be located otherwise. Contact information is provided for getting assistance.
This document provides information about accessing and using Journal Citation Reports (JCR) through Web of Science (WoS). JCR offers quantitative tools to evaluate and rank journals. It uses citation data from over 20,000 journals to demonstrate the most influential journals in different fields and categories. WoS provides access to JCR, allowing users to find journal impact factors and rankings. The document outlines how to create JCR reports for specific journals or browse categories to find the most impactful journals in different subject areas. It also explains several common metrics for measuring journal impact, including total citations, journal impact factor, and Eigenfactor score.
This document discusses reference management and citation styles. It begins by outlining the key reasons for adding references: to give credit, add credibility, and help readers find more information. It then discusses impact factor and h-index as measures of scholarly impact. Different citation styles like APA, MLA, and Chicago are presented. The challenges of different styles are noted. Finally, the document introduces reference management software like Mendeley, describing its key features like the web importer tool and MS Word plugin to facilitate reference management.
The document provides an overview of how to search and filter literature on the dkNET search portal. It describes how to perform searches by term or author, apply filters by section, author, publication year or journal, and view results as a graph of publications per year. Searches return publications from PubMed and PubMed Central and display the title, author, journal, and abstract for each result.
Research impact metrics for librarians: calculation & contextLibrary_Connect
This document summarizes a presentation about research impact metrics for librarians. It discusses various metrics for measuring research impact, including the h-index, g-index, and altmetrics. It explains how the h-index and g-index are calculated using examples. It also discusses limitations of citation-based metrics and the importance of using a "basket of metrics" to provide context. The presentation emphasizes using appropriate metrics depending on the level of analysis (article, author, or journal) and considering factors like career stage and field of research. It provides information on data sources for different metrics and principles for evaluating research performance.
El documento describe los reactores de flujo pistón, sus aplicaciones y un ejemplo de cálculo del volumen necesario para una reacción química. Explica que los reactores de flujo pistón convierten materias primas en productos químicos mediante reacciones que ocurren principalmente en fase líquida o gaseosa. Además, señala que el volumen necesario del reactor depende de factores como la estequiometría y el orden de la reacción química.
This document provides instructions for citing scholarly articles in APA style. It discusses using citation tools in databases, checking for Digital Object Identifiers (DOIs), and including a URL for the journal homepage if no DOI is available. The general rules for capitalization and punctuation in citations are provided. Flowcharts illustrate verifying whether an article has a DOI and which citation elements to include. Examples are given for correctly formatting citations of articles with and without DOIs.
Library Search 3: Finding a journal article 2021EISLibrarian
The document provides guidance on how to search for and access journal articles using the university library search tool. It explains that the library search searches across all available resources, and displays the most relevant results first. It then demonstrates how to identify a reference as pertaining to a journal article based on its inclusion of page numbers, volume and number. The document proceeds to guide the user through searching by article title or journal title in the library search, and how to access the full text of articles where available through the library's subscriptions. It concludes by providing links for further help.
This document discusses the importance of keywords for effective research. It provides tips for choosing keywords such as keeping a focused research question, using synonyms and related terms, and considering different types of materials like journals, books and websites. Boolean operators like AND, OR are explained to combine or broaden search terms. Examples are given to practice developing keywords for sample research topics. Students are assigned a task to select topics, compile keywords, and identify potential information sources to answer their questions.
This document provides guidance on finding citation information using Web of Science. It describes how to use Web of Science to find out how many times an article has been cited to gauge its impact, discover related articles, access citation reports for a subject, and conduct a cited reference search. It explains how to view citation counts, citing articles, journal impact, create citation reports, analyze search results, and search by cited references. The document includes screenshots to demonstrate these functions within the Web of Science interface.
This document provides guidance for distance learners accessing information resources at Central Methodist University. It outlines the steps to take which include identifying topics and keywords, determining needed resources, and gathering credible sources. It describes the library catalogs to search for books and databases to search for articles. Tips are provided on using Boolean connectors to refine searches. Instructions are given on requesting books through the library catalogs or obtaining articles through the databases. The document also covers using the library's web resources and interlibrary loan system if needed sources cannot be located otherwise. Contact information is provided for getting assistance.
This document provides information about accessing and using Journal Citation Reports (JCR) through Web of Science (WoS). JCR offers quantitative tools to evaluate and rank journals. It uses citation data from over 20,000 journals to demonstrate the most influential journals in different fields and categories. WoS provides access to JCR, allowing users to find journal impact factors and rankings. The document outlines how to create JCR reports for specific journals or browse categories to find the most impactful journals in different subject areas. It also explains several common metrics for measuring journal impact, including total citations, journal impact factor, and Eigenfactor score.
This document discusses reference management and citation styles. It begins by outlining the key reasons for adding references: to give credit, add credibility, and help readers find more information. It then discusses impact factor and h-index as measures of scholarly impact. Different citation styles like APA, MLA, and Chicago are presented. The challenges of different styles are noted. Finally, the document introduces reference management software like Mendeley, describing its key features like the web importer tool and MS Word plugin to facilitate reference management.
The document provides an overview of how to search and filter literature on the dkNET search portal. It describes how to perform searches by term or author, apply filters by section, author, publication year or journal, and view results as a graph of publications per year. Searches return publications from PubMed and PubMed Central and display the title, author, journal, and abstract for each result.
Research impact metrics for librarians: calculation & contextLibrary_Connect
This document summarizes a presentation about research impact metrics for librarians. It discusses various metrics for measuring research impact, including the h-index, g-index, and altmetrics. It explains how the h-index and g-index are calculated using examples. It also discusses limitations of citation-based metrics and the importance of using a "basket of metrics" to provide context. The presentation emphasizes using appropriate metrics depending on the level of analysis (article, author, or journal) and considering factors like career stage and field of research. It provides information on data sources for different metrics and principles for evaluating research performance.
El documento describe los reactores de flujo pistón, sus aplicaciones y un ejemplo de cálculo del volumen necesario para una reacción química. Explica que los reactores de flujo pistón convierten materias primas en productos químicos mediante reacciones que ocurren principalmente en fase líquida o gaseosa. Además, señala que el volumen necesario del reactor depende de factores como la estequiometría y el orden de la reacción química.
El documento describe los reactores de flujo pistón, sus aplicaciones y un ejemplo de cálculo del volumen necesario para una reacción química. Explica que los reactores de flujo pistón convierten materias primas en productos químicos mediante reacciones que ocurren principalmente en fase líquida o gaseosa. Además, señala que el volumen necesario del reactor depende de factores como la estequiometría y el orden de la reacción química.
HRCongres dag 1 Steven van Mol SBS Skill BuilderSHRmagazine
The document discusses Patrick Lencioni's model of the five dysfunctions of a team. It lists the five dysfunctions as results, trust, conflict, commitment, and accountability. It also mentions six crucial questions for teams about their purpose, behavior, actions, goals, priorities, and roles. The presentation aims to help people and teams work better together through understanding team dynamics and roles.
Profiles is an open source research networking software developed by Harvard. It allows users to search for researchers by keyword or attributes, view researcher profiles containing publications and networks, and analyze connections and relationships through visualizations. The document provides an overview of Profiles' capabilities including passive network generation, search options, profile components, and network visualization tools. It also outlines the software and system requirements.
Scopus database searching, topic or author search Aug2017Lucia Ravi
A short introduction to Scopus - one of the specialist citation tracking database provided through the UWA Library. Provides tips for constructing a topic and author search in Scopus and running some of the analysis reporting features availalbe.
1. Databases are online collections of scholarly articles and journals that are continuously updated.
2. They can be accessed through the library website or off-site using OpenAthens login credentials from NCAD IT Support.
3. Keywords are used to search databases individually or via a general search box, and search results provide article details to access the full text PDF.
This document discusses factors to consider when choosing where to publish research, including journal quality metrics and indexing. It covers:
1. Tools to help find an appropriate journal, including JournalGuide, JournalFinder, and others that search databases like Web of Science, Scopus, and Springer.
2. Common journal quality metrics like Journal Impact Factor (JIF), CiteScore, SCImago Journal Rank (SJR), Eigenfactor, and SNIP, and when each may be most useful.
3. Author impact metrics like the h-index, m-index, and i10-index to evaluate individual researcher impact over time and career stage.
This document discusses various metrics used to evaluate academic publications, including indexes, databases, citation metrics, speed metrics, and acceptance rates. An index provides bibliographic information to help locate relevant publications, while a database allows searching full text articles. Citation metrics like impact factor and Cite Score measure how often an article is cited to assess academic impact. Speed and acceptance rate metrics provide additional measures of journal quality and selectivity.
Analyzing and Visualizing Data Chapter 6Data Represent.docxdurantheseldine
Analyzing and Visualizing Data
Chapter 6
Data Representation
Introducing Visual Encoding
Data representation is the act of giving visual form to your data.
Viewers: When perceiving a visual display of data, it is decoded using the shapes, sizes, positions and colors to form an understanding
Visualizers: Doing the reverse through visual encoding, assigning visual properties to data values
Comprised of a combination of two properties
Marks: Visible features like dots, lines and areas
Attributes: Variations applied to the appearance of marks, such as size, position, or color.
Introducing Visual Encoding cont.
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Introducing Visual Encoding cont.
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Introducing Visual Encoding cont.
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Introducing Visual Encoding cont.
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Introducing Visual Encoding cont.
Marks and Attributes are the ingredients, a chart type is the recipe offering a predefined template for displaying data.
Different chart types offer different ways of representing data.
Introducing Visual Encoding cont.
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Introducing Visual Encoding cont.
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Introducing Visual Encoding cont.
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Introducing Visual Encoding cont.
Chart Types
TBA
Chart Types
Exclusions
Inclusions
Categorical comparisons
Dual families
Text visualization
Dashboard
Small multiples
A note about ‘storytelling’
Influencing Factors and Considerations
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Influencing Factors and Considerations cont.
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Influencing Factors and Considerations cont.
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Influencing Factors and Considerations cont.
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Influencing Factors and Considerations cont.
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Influencing Factors and Considerations cont.
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Influencing Factors and Considerations cont.
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Influencing Factors and Considerations cont.
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Influencing Factors and Considerations cont.
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Influencing Factors and Considerations cont.
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Influencing Factors and Considerations cont.
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Influencing Factors and Considerations cont.
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Analyzing and Visualizing Data
Selecting a Graph
Selecting a Graph
Pie Charts
Compare a certain sector to the total.
Useful when there are only two sectors, for example yes/no or queued/finished.
Instant understanding of proportions when few sectors are used as dimensions.
When you use 10 sectors, or less, the pie chart keeps its visual efficiency.
Selecting a Graph cont.
Bar Charts/Plots
Ordinal and nominal data sets
Compare things between different groups or to track changes over time
Measure change over time, bar graphs are best when the changes are larger
Display and compare the number, frequency or other measure (e.g. mean) for different discrete categories of data
Flexible chart type and there are several variations of the standard bar chart including horizontal bar charts, grouped or component charts, and stacked bar charts.
Frequency for each category of a categorical variable
Relative frequency (%) for each category
Select.
Visualization approaches in text mining emphasize making large amounts of data easily accessible and identifying patterns within the data. Common visualization tools include simple concept graphs, histograms, line graphs, and circle graphs. These tools allow users to quickly explore relationships within text data and gain insights that may not be apparent from raw text alone. Architecturally, visualization tools are layered on top of text mining systems' core algorithms and allow for modular integration of different visualization front ends.
Here are my responses:
I am generally satisfied with my progress in class so far. I feel like I am learning a lot about analyzing genres and discourse communities. However, there is always room for improvement.
To be more satisfied, I could try to provide more specific examples and details when analyzing texts. While I aim to identify key features, it would strengthen my analysis to incorporate more direct quotes or passages as evidence. Making my writing more detailed and example-driven could help demonstrate a deeper understanding.
You provide helpful feedback that pushes me to support my points more fully. Continuing to point out where I can be more specific or cite examples directly from the texts is useful for improving. You also model strong genre analysis that I
MELJUN CORTES research seminar_1_introductory_lectures_research_seminar_1MELJUN CORTES
This document provides an overview of research seminars and their objectives. It discusses RSH 630 which focuses on research methodology and techniques, and RSH 631 which deals with applying research methods to write a thesis or research paper. It also outlines the requirements for RSH 640 which involves writing and defending a thesis. The document discusses why research skills are needed, the types of skills required, how to conduct a literature review, academic objectives, and an overview of research including its definition, characteristics, nature, and types.
This document discusses page layout and design. It explains how grids provide structure and organization to publications by dividing pages into columns. The number of columns depends on the publication format and content. Within the grid, typography is used to create visual hierarchy and guide readers through text. Imagery is placed strategically alongside text to further direct the eye and support the content. Proper formatting of text elements, line length, leading, and typeface selection makes text easier to read.
August Designstorm: Alternative Reporting FormatsAmanda Makulec
Monthly brainstorm and idea sharing session at JSI around data visualization. The August deck focuses on alternative reporting formats and questions to think through to reach various audiences, including tools like interactive timelines, interactive graphics and dashboards (Tableau & others), scrolling/parallax webpages, and key design principles.
Journal ranking metrices new perspective in journal performance managementAboul Ella Hassanien
The document discusses various metrics for evaluating journals and research, including impact factor, immediacy index, and the h-index. It provides definitions and explanations of how these metrics are calculated. For example, it explains that impact factor is calculated by dividing the number of citations in the current year by the total number of articles published in the previous two years. It also discusses some limitations and criticisms of solely relying on impact factor for evaluation.
Journal ranking metrices new perspective in journal performance managementAboul Ella Hassanien
The document discusses various metrics for evaluating journals and research, including impact factor, immediacy index, and the h-index. It provides definitions and explanations of how these metrics are calculated. For example, it explains that impact factor is calculated by dividing the number of citations in the current year by the total number of articles published in the previous two years. It also discusses some limitations and criticisms of solely relying on impact factor for evaluations.
Digital Trails Dave King 1 5 10 Part 2 D3Dave King
Collective intelligence is defined as the intelligence that emerges from the interactions and contributions of users. It can be harnessed through allowing user interactions and contributions, aggregating what is learned about users through models, and using those models to recommend relevant content. Collective intelligence comes from both structured data like ratings and purchases, as well as unstructured data like reviews and forum posts, which are often transformed into structured data. Recommender systems are classified as collaborative filtering, content-based, or hybrid approaches. Collaborative filtering relies on user-item correlations or ratings to make recommendations, while content-based filtering analyzes item attributes.
Graph Search is a natural language search engine introduced by Facebook in 2013 that aims to answer user queries with relevant information rather than just returning links. It uses a graph database model where entities like users, pages, posts are represented as nodes and their connections as edges. This allows it to understand relationships between entities and power semantic searches. The architecture includes components for entity recognition, semantic parsing, and ranking results based on their relevance to the query using algorithms like N-shortest path and EdgeRank.
BIA 658 – Social Network Analysis - Final report Kanad ChatterjeeKanad Chatterjee
This document outlines an analysis of a social network extracted from Facebook data. It identifies key influential users through metrics like degree, betweenness, and closeness centrality. It also performs community detection based on user interests to identify groups like local businesses. Additionally, it performs geo-spatial analysis by grouping users by country to extract location-specific networks. Finally, it presents an engagement quadrant to categorize users based on influence and speed of information propagation. The overall analysis aims to identify target user groups for marketing and advertising strategies.
Web search engines index billions of web pages and handle hundreds of millions of searches per day. They use inverted indexes to quickly search text and return relevant results. Ranking algorithms consider factors like term frequency, popularity, and link analysis using PageRank to determine the most authoritative pages for a given query. Crawling software systematically explores the web by following links to discover and index new pages.
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 ...
Main Java[All of the Base Concepts}.docxadhitya5119
This is part 1 of my Java Learning Journey. This Contains Custom methods, classes, constructors, packages, multithreading , try- catch block, finally block and more.
How to Setup Warehouse & Location in Odoo 17 InventoryCeline George
In this slide, we'll explore how to set up warehouses and locations in Odoo 17 Inventory. This will help us manage our stock effectively, track inventory levels, and streamline warehouse operations.
How to Add Chatter in the odoo 17 ERP ModuleCeline George
In Odoo, the chatter is like a chat tool that helps you work together on records. You can leave notes and track things, making it easier to talk with your team and partners. Inside chatter, all communication history, activity, and changes will be displayed.
Walmart Business+ and Spark Good for Nonprofits.pdfTechSoup
"Learn about all the ways Walmart supports nonprofit organizations.
You will hear from Liz Willett, the Head of Nonprofits, and hear about what Walmart is doing to help nonprofits, including Walmart Business and Spark Good. Walmart Business+ is a new offer for nonprofits that offers discounts and also streamlines nonprofits order and expense tracking, saving time and money.
The webinar may also give some examples on how nonprofits can best leverage Walmart Business+.
The event will cover the following::
Walmart Business + (https://business.walmart.com/plus) is a new shopping experience for nonprofits, schools, and local business customers that connects an exclusive online shopping experience to stores. Benefits include free delivery and shipping, a 'Spend Analytics” feature, special discounts, deals and tax-exempt shopping.
Special TechSoup offer for a free 180 days membership, and up to $150 in discounts on eligible orders.
Spark Good (walmart.com/sparkgood) is a charitable platform that enables nonprofits to receive donations directly from customers and associates.
Answers about how you can do more with Walmart!"
ISO/IEC 27001, ISO/IEC 42001, and GDPR: Best Practices for Implementation and...PECB
Denis is a dynamic and results-driven Chief Information Officer (CIO) with a distinguished career spanning information systems analysis and technical project management. With a proven track record of spearheading the design and delivery of cutting-edge Information Management solutions, he has consistently elevated business operations, streamlined reporting functions, and maximized process efficiency.
Certified as an ISO/IEC 27001: Information Security Management Systems (ISMS) Lead Implementer, Data Protection Officer, and Cyber Risks Analyst, Denis brings a heightened focus on data security, privacy, and cyber resilience to every endeavor.
His expertise extends across a diverse spectrum of reporting, database, and web development applications, underpinned by an exceptional grasp of data storage and virtualization technologies. His proficiency in application testing, database administration, and data cleansing ensures seamless execution of complex projects.
What sets Denis apart is his comprehensive understanding of Business and Systems Analysis technologies, honed through involvement in all phases of the Software Development Lifecycle (SDLC). From meticulous requirements gathering to precise analysis, innovative design, rigorous development, thorough testing, and successful implementation, he has consistently delivered exceptional results.
Throughout his career, he has taken on multifaceted roles, from leading technical project management teams to owning solutions that drive operational excellence. His conscientious and proactive approach is unwavering, whether he is working independently or collaboratively within a team. His ability to connect with colleagues on a personal level underscores his commitment to fostering a harmonious and productive workplace environment.
Date: May 29, 2024
Tags: Information Security, ISO/IEC 27001, ISO/IEC 42001, Artificial Intelligence, GDPR
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Training: ISO/IEC 27001 Information Security Management System - EN | PECB
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Strategies for Effective Upskilling is a presentation by Chinwendu Peace in a Your Skill Boost Masterclass organisation by the Excellence Foundation for South Sudan on 08th and 09th June 2024 from 1 PM to 3 PM on each day.
2. Anatomy of a Profile
Search box appears
above menu when you
are viewing a Profile.
Demographic information is pulled from a
database and cannot be edited by you. If
you have more than one affiliation, it will
show up under Other Positions.
Navigational tabs
allow you to jump
down the page.
Other information may
include:
• Photo
• Awards and Honors
• Narrative (
research, biography, a
dditional photos, etc.)
• Post Doc Positions
• Rotations
• Publications
Passive Networks are
listed on the right side
of the page.
3. Passive Networks
Top keywords associated with a
researcher’s publications. You
cannot add, delete or edit these
keywords.
Your co-authors
Researchers who have publications
with the same keywords as you.
Researchers in the same
department as you.
All your co-authors will not
appear in this Passive
Network, only those that are
loaded into the UMMS
Profiles database.
Researchers at the same
physical location.
4. Keyword Cloud
The font size and boldness of a keyword indicates its prominence in your publications. The intensity
is determined by the algorithms that take into account several factors. For example, Profiles looks at
each at the publication date and give a lower weight to the keywords associated with older
publications. It is also at your order in the list of authors.
5. Keyword Categories
Keywords listed here are grouped according
to their semantic categories. Within each
category, up to ten keywords are shown in
decreasing order of relevance.
6. Co-Authors: List View
Note there are three tabs for co-authors.
This slide shows the List View. The
following slides show the Network View
and the Map View.
7. Co-Authors: Network View
Radial Graph
Shows Co-Authors
The size of the red circles is
proportional to the number
of publications the profiled
researcher has.
Note: You must have Adobe Flash
Player installed in order to see the
Network View.
The profiled
researcher
The thickness of the line
between people is
proportional to the number
of publications that they
share.
The person at the center of
this radial graph is the
researcher whose profile is
being viewed.
The profiled researcher’s
co-authors
If you click on a co-author,
they move to the center of
the graph.
The co-authors’
co-authors
10. Co-Authors: Network View
Mouse over a co-author
and that co-author’s
network is highlighted. If
you click on the coauthor’s name, they
move to the center of the
radial graph.
11. Co-Authors: Map View
This map is a Google map generated by
specific latitudes and longitudes that are
determined by what is stored in the
Profiles database.
The red markers (push pins) indicate the
profiled researcher and his/her coauthors. You can mouse over each one to
see who it represents.
Blue lines connect all people who have
published together.
12. Similar People: List View
This list is ordered by decreasing
similarity.
If you click on “See all (xxx) people”
under the Department passive
network, information is displayed in
the search results page, not a list
view page.
The people with an asterisk next to
their name are also co-authors.
Editor's Notes
Notes: Click two times to display message balloons for:Demographic InformationPublication InformationIf more than one affiliation has been loaded for any one researcher, those additional affiliations will show up below the label “Other Positions” that will be between the demographic information and the “Publications” label.-------------------------------------------------------------------------------------------------Next slide: Passive Networks
Notes:In order to show the “entire” profile on this slide, we’ve cut out some of the middle section.The Passive Networks are on the right hand side. These networks are generated automatically by Profiles RNS.Click to show the animations:The passive networksTop keywords for the profile you are viewing. Note that keywords are assigned to PubMed publications and the user cannot add, delete, or edit these keywords. We get questions about modifying keywords quite often so it’s good to answer it ahead of time.Co-authors withthis researcherResearchers having any of the same keywords as this researcher (similar people)Researchers in the same department as this researcherResearchers at the same physical location as this researcher. Physical Neighbors means that the latitude and longitude of their addressis exactly the same as this researcher.Note that the people shown in the different passive networks are made up of other researchers loaded into the database. For example, all co-authors of this researcher will not show up in the passive network, only thosethat are loaded into the local Profiles RNS database.-------------------------------------------------------------------------------------------------Next slide: Keyword Cloud
Notes: The font (size and boldness) of a keyword indicates its prominence in the researcher’s publications. The intensity is determined by algorithms that takes into account several factors. For example, Profiles RNS looks at each at the publication dateand gives a lower weight to keywordsassociated with older publications. It also looks at the researcher’s order in the list of authors.Note also that the user interface uses the words “concept” and “keyword” interchangeably.-------------------------------------------------------------------------------------------------Next slide: Keyword Categories
Notes: Keywords listed here are grouped according to their “semantic” categories. Within each category, up to ten keywords are shown in decreasing order of relevance.-------------------------------------------------------------------------------------------------Next slide: List View: Co-Authors
Notes:Note there are three tabs for co-authors. This slide shows the List View. The following slides show the Network View and the Map View.-------------------------------------------------------------------------------------------------Next slide: Network View: Co-Authors
Notes:If you were really viewing a profile, the graph would change as you mouse over different areas. Also note that we have purposely blurred most of the graphic so that you can not read the names. We recommend you replace this screen capture with one from your system so it is clear.The size of the red circles are proportional to the number of publications that the researcher has.The thickness of the line between two people is proportional to the number of publications that they share.The person at the center of this radial graph is the researcher whose profile is being viewed.If you click on a co-author, they move to the center of the graph.Inner ring: The researcher’s co-authorsOuter ring: The co-authors’ co-authors.The three sliders at the bottom let you adjust the threshold for showing information within this view. -------------------------------------------------------------------------------------------------Next slide: Map View: Co-Authors
Notes:If you were really viewing a profile, the graph would change as you mouse over different areas. Also note that we have purposely blurred most of the graphic so that you can not read the names. We recommend you replace this screen capture with one from your system so it is clear.The size of the red circles are proportional to the number of publications that the researcher has.The thickness of the line between two people is proportional to the number of publications that they share.The person at the center of this radial graph is the researcher whose profile is being viewed.If you click on a co-author, they move to the center of the graph.Inner ring: The researcher’s co-authorsOuter ring: The co-authors’ co-authors.The three sliders at the bottom let you adjust the threshold for showing information within this view. -------------------------------------------------------------------------------------------------Next slide: Map View: Co-Authors
Notes:If you were really viewing a profile, the graph would change as you mouse over different areas. Also note that we have purposely blurred most of the graphic so that you can not read the names. We recommend you replace this screen capture with one from your system so it is clear.The size of the red circles are proportional to the number of publications that the researcher has.The thickness of the line between two people is proportional to the number of publications that they share.The person at the center of this radial graph is the researcher whose profile is being viewed.If you click on a co-author, they move to the center of the graph.Inner ring: The researcher’s co-authorsOuter ring: The co-authors’ co-authors.The three sliders at the bottom let you adjust the threshold for showing information within this view. -------------------------------------------------------------------------------------------------Next slide: Map View: Co-Authors
Notes:If you were really viewing a profile, the graph would change as you mouse over different areas. Also note that we have purposely blurred most of the graphic so that you can not read the names. We recommend you replace this screen capture with one from your system so it is clear.The size of the red circles are proportional to the number of publications that the researcher has.The thickness of the line between two people is proportional to the number of publications that they share.The person at the center of this radial graph is the researcher whose profile is being viewed.If you click on a co-author, they move to the center of the graph.Inner ring: The researcher’s co-authorsOuter ring: The co-authors’ co-authors.The three sliders at the bottom let you adjust the threshold for showing information within this view. -------------------------------------------------------------------------------------------------Next slide: Map View: Co-Authors
Notes:This map works just like those on Google; in fact it is generated using Google maps.The red markers (push pins) indicate the profiled researcher and his/her co-authors. You can mouse over each one to see who it represents.Blue lines connect all people who have published together.You may want to point out the “Zoom Levels” just above the map (here shown as “New England,” “Route 128,” etc.). These are determined by each Profiles RNS implementation as a quick way to zoom to specific regions of the map.When a map is shown on the page, it will always be centered around a specific latitude and longitude that was determined during the implementation and is stored in the database.-------------------------------------------------------------------------------------------------Next slide: List View: Similar People
Notes: This list is ordered by decreasing similarity.If you were to click on “See all (xxx) people” under the Department passive network, information is displayed in the search results page, not a list view page.The people with an asterisk next to their name are also co-authors.-------------------------------------------------------------------------------------------------Next slide: Divider slide for the Editing a Profile section