The document discusses data journalism, which combines data, visualization, and storytelling. Data journalism involves acquiring data from various sources, cleaning it up, exploring it, and using tools to visualize the data and tell a story. The document provides an example of data journalism where IED incident data from Afghanistan was acquired from The Guardian's website, cleaned up in Excel, and visualized as a block histogram using the ManyEyes tool. Common data sources mentioned include government data portals and tools used include Google Spreadsheets, ManyEyes, and Timetric. The future of both journalism and scholarship is seen to involve skills in working with data from a variety of sources.
Using graph technology for multi-INT investigationsLinkurious
Linkurious is a graph analysis software that helps organizations identify insights hidden in complex data by providing a unified view of information from different sources and enabling new analytical capabilities. It breaks down data silos and reduces complexity for multi-INT (intelligence integration) investigations. The presentation discusses why the graph approach is useful for multi-INT analysis, demonstrates Linkurious Enterprise with examples of tax evasion and corruption, and shows how the intelligence analysis team at AEI uses it to gain insights from disparate data.
Bi g data_urban modeling_applications_23092013Vahid Moosavi
Vahid Moosavi presents potential applications of big data and self-organizing maps (SOM) for data-driven modeling. He discusses three case studies: 1) pre-specific city modeling of building footprints in Singapore, 2) modeling a manufacturing process to optimize variables, and 3) modeling urban air quality in Singapore using building, land use, and network data. Potential collaboration areas include a generic text modeling framework using SOM to gain insights from multiple data streams, and urban energy modeling in Singapore combining building, land use, weather, and smart meter data.
The Nature of Digitally-Produced Data: Towards Social-Scientific Tool CriticismJacco van Ossenbruggen
On special request: This is the poster on tool criticism we presented at CSS15ws
http://www.gesis.org/css-wintersymposium/program/poster-sessions-presentations/
Joined work with Myriam Traub and Laura Hollink
The document discusses different pricing models - Software as a Service (SaaS), Platform as a Service (PaaS), and Data as a Service (DaaS) - for a tool that facilitates extracting, linking, and visualizing linked data. It examines potential cost drivers like CPU usage, storage, and data transfer. It also provides an example calculation of costs for a specific linked data operation and discusses challenges in identifying realistic costs and income. The conclusion advocates exploiting the technology through applications and services that can enhance existing data and provide an integrated data infrastructure.
Open Data Analytics for Parliamentary Monitoring in FinlandLouhos
The document discusses developing open analytics tools for parliamentary data in Finland. It notes that a lack of tools is hindering access to and monitoring of parliamentary data. Developing flexible research and analysis tools will help realize the full potential of new open government information resources. The Louhos repository aims to develop code for accessing hundreds of Finnish data sources and apply new research tools to monitor decision making. General purpose software like the R library SoRvi will integrate open data, algorithms, and applications to enable analyses like topic modeling of parliamentary debates. The goal is to build sustainable infrastructure for parliamentary monitoring through collaborations between individuals, organizations, and media.
The document discusses two approaches - co-occurrence and topic-based - for extracting social networks of politicians and other entities from news articles and parliamentary data. The co-occurrence approach searches for articles about a politician, extracts co-occurring entities, and forms links based on sentence distances. For a Democratic representative, this approach generated a filtered graph of over ten co-occurrences. The topic-based approach aims to detect collaboration and opposition patterns between politicians, companies, and NGOs indicative of lobbying. Challenges include defining relationship relevance thresholds, cross-language entity recognition, and network validation.
The document discusses data journalism, which combines data, visualization, and storytelling. Data journalism involves acquiring data from various sources, cleaning it up, exploring it, and using tools to visualize the data and tell a story. The document provides an example of data journalism where IED incident data from Afghanistan was acquired from The Guardian's website, cleaned up in Excel, and visualized as a block histogram using the ManyEyes tool. Common data sources mentioned include government data portals and tools used include Google Spreadsheets, ManyEyes, and Timetric. The future of both journalism and scholarship is seen to involve skills in working with data from a variety of sources.
Using graph technology for multi-INT investigationsLinkurious
Linkurious is a graph analysis software that helps organizations identify insights hidden in complex data by providing a unified view of information from different sources and enabling new analytical capabilities. It breaks down data silos and reduces complexity for multi-INT (intelligence integration) investigations. The presentation discusses why the graph approach is useful for multi-INT analysis, demonstrates Linkurious Enterprise with examples of tax evasion and corruption, and shows how the intelligence analysis team at AEI uses it to gain insights from disparate data.
Bi g data_urban modeling_applications_23092013Vahid Moosavi
Vahid Moosavi presents potential applications of big data and self-organizing maps (SOM) for data-driven modeling. He discusses three case studies: 1) pre-specific city modeling of building footprints in Singapore, 2) modeling a manufacturing process to optimize variables, and 3) modeling urban air quality in Singapore using building, land use, and network data. Potential collaboration areas include a generic text modeling framework using SOM to gain insights from multiple data streams, and urban energy modeling in Singapore combining building, land use, weather, and smart meter data.
The Nature of Digitally-Produced Data: Towards Social-Scientific Tool CriticismJacco van Ossenbruggen
On special request: This is the poster on tool criticism we presented at CSS15ws
http://www.gesis.org/css-wintersymposium/program/poster-sessions-presentations/
Joined work with Myriam Traub and Laura Hollink
The document discusses different pricing models - Software as a Service (SaaS), Platform as a Service (PaaS), and Data as a Service (DaaS) - for a tool that facilitates extracting, linking, and visualizing linked data. It examines potential cost drivers like CPU usage, storage, and data transfer. It also provides an example calculation of costs for a specific linked data operation and discusses challenges in identifying realistic costs and income. The conclusion advocates exploiting the technology through applications and services that can enhance existing data and provide an integrated data infrastructure.
Open Data Analytics for Parliamentary Monitoring in FinlandLouhos
The document discusses developing open analytics tools for parliamentary data in Finland. It notes that a lack of tools is hindering access to and monitoring of parliamentary data. Developing flexible research and analysis tools will help realize the full potential of new open government information resources. The Louhos repository aims to develop code for accessing hundreds of Finnish data sources and apply new research tools to monitor decision making. General purpose software like the R library SoRvi will integrate open data, algorithms, and applications to enable analyses like topic modeling of parliamentary debates. The goal is to build sustainable infrastructure for parliamentary monitoring through collaborations between individuals, organizations, and media.
The document discusses two approaches - co-occurrence and topic-based - for extracting social networks of politicians and other entities from news articles and parliamentary data. The co-occurrence approach searches for articles about a politician, extracts co-occurring entities, and forms links based on sentence distances. For a Democratic representative, this approach generated a filtered graph of over ten co-occurrences. The topic-based approach aims to detect collaboration and opposition patterns between politicians, companies, and NGOs indicative of lobbying. Challenges include defining relationship relevance thresholds, cross-language entity recognition, and network validation.
Visual interactive analytics across large scale multi-user work environments. Moving information off the 'flatland' page into an environment where the power of ontologies and smart data allow one click access to quantitative data (vs. today's searching through text based pages and spreadsheets).
Computational journalism applies computational techniques like artificial intelligence, natural language processing, and data visualization to journalism activities. It helps analyze large amounts of structured and unstructured data from public and private databases to aid watchdog journalism. The field draws on computer science and aims to transform data into information to advance fact-based reporting through tools like digital dashboards for journalists.
FSF innovation tools for strengthening integrity and risk adjusted certificationFSC Ukraine
This document discusses FSC innovation tools for strengthening certification integrity and risk management, including opportunities for cooperation. It outlines the FSC GIS portal for mapping certified forests, the open knowledge repository, and structured data templates for country risk profiles covering areas like online reputation, stakeholder insights, and spatial analysis. It proposes active support for the forest map by various stakeholders, systematic independent investigation data sharing between stakeholders using templates, integrating GIS tools and research studies, and using communication platforms to enable cooperation. It asks if readers are ready to support these proposals.
WikiPathways is a collaborative pathway database where researchers can contribute and curate pathways. It aims to provide up-to-date biological pathway knowledge to address the issue of too much data being difficult to integrate. WikiPathways uses a wiki format where anyone can edit pathways and is community curated. It provides pathways in various formats and has programmatic access through APIs and apps. WikiPathways pathways can be visualized as networks in Cytoscape, allowing network analysis approaches to be applied to pathway data.
This document provides an overview of information retrieval systems. It discusses text operations and indexing, performance evaluation metrics for search engines like recall and precision. Popular search engines like Google are described, including how Google's PageRank algorithm and Googlebot web crawler work. Facebook's use of graph search is covered. The document also summarizes metasearch engines, applications of IR, current research topics, and an introduction to the MapReduce programming model. Current conferences on information retrieval are listed.
The first workshop of the series "Services to support FAIR data" took place in Prague during the EOSC-hub week (on April 12, 2019).
Speaker: Maajke the Jong
High-value datasets: from publication to impactElena Simperl
This document summarizes research on how people search for and interact with open data. It describes several studies analyzing logs of user activity on open data portals. The studies found that users conduct exploratory searches using keywords and filters, with location and category being popular filters. Successful searches tended to use both keywords and filters. The research also provided implications for open data portal designers, such as improving filters, location data granularity, and linking related content and datasets. Future work could include studies of user information needs and sharing granular activity data between portals.
This document lists ideas for web mining projects, including crowd activation strategies, web content modeling, efficient human-machine systems, and integrating the web of things with the semantic web. It also discusses key aspects of data analytics for web mining like web vulnerabilities, ontology data specification, and spam detection. Finally, it outlines some prominent web mining services and applications such as web-scale applications, auto visual applications, web-social ecosystems, and opinion-based web services.
Narrata is a solution that can visualize numerical data within articles and media content. It enables journalists to easily build stories around data and gives developers a template to quickly create interactive data storylines. For consumers, it provides a focused and interactive reading experience.
This study analyzed the Twitter accounts of government agencies in 24 EU countries to determine if their social media performance correlates with the countries' overall e-government and e-participation indexes. Twitter data was collected for central government accounts and several ministries from each country. Performance metrics like followers, retweets, and reach were analyzed and aggregated at the country level. Principal component analysis identified two factors related to account activity and networking. Correlation analysis found the factors and some individual metrics like tweets and retweets were positively correlated with the UN's e-government and e-participation indexes, suggesting greater social media engagement is aligned with higher online government services and civic participation nationally. The study provides evidence that social media can enhance e-government goals
The OpenAIRE Research Graph aims to provide an open metadata research graph of interlinked scientific products with open access information linked to funding and communities. It harvests data from various sources to populate a graph of over 340 million records, 12 million publications, and 960 million links. The graph brings scholarly communication back into researchers' hands by making metadata and resources complete, de-duplicated, transparent, participatory, decentralized, and trusted. OpenAIRE seeks feedback to improve the beta version and plans to launch the full research graph in Spring 2020.
Text mining through Non Negative Matrix FactorizationsGabriella Casalino
The 2nd International Conference on Machine Learning and Intelligent Systems (MLIS2020)
October 25-28, 2020, Online Conference
References:
G. Casalino, C. Castiello, N. Del Buono, C. Mencar, (2018) A framework for intelligent Twitter data analysis with non-negative matrix factorization, International Journal of Web Information Systems, Vol. 14 Issue: 3, pp.334-356, https://doi.org/10.1108/IJWIS-11-2017-0081
Casalino G., Castiello C., Del Buono N., Mencar C. (2017) Intelligent Twitter Data Analysis Based on Nonnegative Matrix Factorizations. In: Gervasi O. et al. (eds) Computational Science and Its Applications – ICCSA 2017. ICCSA 2017. Lecture Notes in Computer Science, vol 10404, pages 188--202. Springer
G.Casalino, N.Del Buono, C. Mencar, (2016), Non Negative Matrix
Factorisations for Intelligent Data Analysis, in G.R. Naik (ed.), Nonnegative Matrix Factorization Techniques, Signals and Communication Technology, ISBN: 978-3-662-48330-5, http://dx.doi.org/10.1007/978-3-662-48331-2_2.
A graph database uses nodes and edges to store, map, and query relationships between data in a way that is optimized for highly connected information. It allows for schema-less and efficient storage of semi-structured data connected by rich relationships. Example applications include graph compute engines, recommendation systems, search engines, and social networks. While graph databases are well-suited for exploring connected data, they may not support data partitioning or use the single relational concept that traditional databases use.
Introduction to the OpenDataCommunities service, which includes around 170 DCLG datasets. There is a mixture of statistics on housing, planning and Local Government finance; detailed data on services provided by individual councils; and information on registered providers of social housing. Presented by Linda O'Halloran, Head of Products for the Local Digital Programme, at the Flood Resilience Discovery Day in Bristol on 27 February 2015.
This document provides an overview of data journalism and instructions for an assignment involving extracting data from spreadsheets, converting the files to tab-delimited text format, uploading the data to ManyEyes to create visualizations, and then exploring the visualizations and uploading the files to Google Docs. Key aspects of data journalism discussed include the emergence of openly available data and tools for publishing and visualizing data to tell stories. Students are guided through a workflow of getting data from Google Docs, preprocessing it in Excel and a text editor, analyzing and visualizing it in ManyEyes, and then exploring it further in Google Docs.
MPROP Pal: Helping Planners Work With Property DataMKE Data
The document outlines a project to create a more user-friendly interface for accessing and analyzing Milwaukee property data. It includes conducting interviews with users to understand challenges and needs. Analysis of the responses identified common problems like data inconsistencies and difficulties matching parcel and attribute data. Suggestions for improvements included creating a normalized database with lookup tables and linking the data to other sources like census information. The project team developed a web-based tool called MPROP Pal to provide a more accessible interface for researching Milwaukee property data.
Creation of Social Housing with Private InvestorsFEANTSA
Emilie Meesen and Véronique Foubert's presentation in the "Finding the Homes: Innovative Ways of Providing Housing for Housing First Services" workshop at the Housing First in Europe conference on the 9th of June 2016
This document discusses the potential of ultra-deep geothermal energy and a new drilling technology called Plasmabit that could enable access to this energy source. Currently, most geothermal energy is obtained from depths of 2-4 km where temperatures are suitable for electricity production. However, 99% of the Earth's volume has temperatures over 1000°C that could be used for energy. Plasmabit is a non-contact plasma drilling technology that could access reservoirs at depths of 5-10 km in a cost-effective manner. It uses a high-speed electric arc that reaches temperatures over 5000°C to disintegrate rock. This technology has the potential to unlock vast new sources of renewable geothermal energy globally.
Visual interactive analytics across large scale multi-user work environments. Moving information off the 'flatland' page into an environment where the power of ontologies and smart data allow one click access to quantitative data (vs. today's searching through text based pages and spreadsheets).
Computational journalism applies computational techniques like artificial intelligence, natural language processing, and data visualization to journalism activities. It helps analyze large amounts of structured and unstructured data from public and private databases to aid watchdog journalism. The field draws on computer science and aims to transform data into information to advance fact-based reporting through tools like digital dashboards for journalists.
FSF innovation tools for strengthening integrity and risk adjusted certificationFSC Ukraine
This document discusses FSC innovation tools for strengthening certification integrity and risk management, including opportunities for cooperation. It outlines the FSC GIS portal for mapping certified forests, the open knowledge repository, and structured data templates for country risk profiles covering areas like online reputation, stakeholder insights, and spatial analysis. It proposes active support for the forest map by various stakeholders, systematic independent investigation data sharing between stakeholders using templates, integrating GIS tools and research studies, and using communication platforms to enable cooperation. It asks if readers are ready to support these proposals.
WikiPathways is a collaborative pathway database where researchers can contribute and curate pathways. It aims to provide up-to-date biological pathway knowledge to address the issue of too much data being difficult to integrate. WikiPathways uses a wiki format where anyone can edit pathways and is community curated. It provides pathways in various formats and has programmatic access through APIs and apps. WikiPathways pathways can be visualized as networks in Cytoscape, allowing network analysis approaches to be applied to pathway data.
This document provides an overview of information retrieval systems. It discusses text operations and indexing, performance evaluation metrics for search engines like recall and precision. Popular search engines like Google are described, including how Google's PageRank algorithm and Googlebot web crawler work. Facebook's use of graph search is covered. The document also summarizes metasearch engines, applications of IR, current research topics, and an introduction to the MapReduce programming model. Current conferences on information retrieval are listed.
The first workshop of the series "Services to support FAIR data" took place in Prague during the EOSC-hub week (on April 12, 2019).
Speaker: Maajke the Jong
High-value datasets: from publication to impactElena Simperl
This document summarizes research on how people search for and interact with open data. It describes several studies analyzing logs of user activity on open data portals. The studies found that users conduct exploratory searches using keywords and filters, with location and category being popular filters. Successful searches tended to use both keywords and filters. The research also provided implications for open data portal designers, such as improving filters, location data granularity, and linking related content and datasets. Future work could include studies of user information needs and sharing granular activity data between portals.
This document lists ideas for web mining projects, including crowd activation strategies, web content modeling, efficient human-machine systems, and integrating the web of things with the semantic web. It also discusses key aspects of data analytics for web mining like web vulnerabilities, ontology data specification, and spam detection. Finally, it outlines some prominent web mining services and applications such as web-scale applications, auto visual applications, web-social ecosystems, and opinion-based web services.
Narrata is a solution that can visualize numerical data within articles and media content. It enables journalists to easily build stories around data and gives developers a template to quickly create interactive data storylines. For consumers, it provides a focused and interactive reading experience.
This study analyzed the Twitter accounts of government agencies in 24 EU countries to determine if their social media performance correlates with the countries' overall e-government and e-participation indexes. Twitter data was collected for central government accounts and several ministries from each country. Performance metrics like followers, retweets, and reach were analyzed and aggregated at the country level. Principal component analysis identified two factors related to account activity and networking. Correlation analysis found the factors and some individual metrics like tweets and retweets were positively correlated with the UN's e-government and e-participation indexes, suggesting greater social media engagement is aligned with higher online government services and civic participation nationally. The study provides evidence that social media can enhance e-government goals
The OpenAIRE Research Graph aims to provide an open metadata research graph of interlinked scientific products with open access information linked to funding and communities. It harvests data from various sources to populate a graph of over 340 million records, 12 million publications, and 960 million links. The graph brings scholarly communication back into researchers' hands by making metadata and resources complete, de-duplicated, transparent, participatory, decentralized, and trusted. OpenAIRE seeks feedback to improve the beta version and plans to launch the full research graph in Spring 2020.
Text mining through Non Negative Matrix FactorizationsGabriella Casalino
The 2nd International Conference on Machine Learning and Intelligent Systems (MLIS2020)
October 25-28, 2020, Online Conference
References:
G. Casalino, C. Castiello, N. Del Buono, C. Mencar, (2018) A framework for intelligent Twitter data analysis with non-negative matrix factorization, International Journal of Web Information Systems, Vol. 14 Issue: 3, pp.334-356, https://doi.org/10.1108/IJWIS-11-2017-0081
Casalino G., Castiello C., Del Buono N., Mencar C. (2017) Intelligent Twitter Data Analysis Based on Nonnegative Matrix Factorizations. In: Gervasi O. et al. (eds) Computational Science and Its Applications – ICCSA 2017. ICCSA 2017. Lecture Notes in Computer Science, vol 10404, pages 188--202. Springer
G.Casalino, N.Del Buono, C. Mencar, (2016), Non Negative Matrix
Factorisations for Intelligent Data Analysis, in G.R. Naik (ed.), Nonnegative Matrix Factorization Techniques, Signals and Communication Technology, ISBN: 978-3-662-48330-5, http://dx.doi.org/10.1007/978-3-662-48331-2_2.
A graph database uses nodes and edges to store, map, and query relationships between data in a way that is optimized for highly connected information. It allows for schema-less and efficient storage of semi-structured data connected by rich relationships. Example applications include graph compute engines, recommendation systems, search engines, and social networks. While graph databases are well-suited for exploring connected data, they may not support data partitioning or use the single relational concept that traditional databases use.
Introduction to the OpenDataCommunities service, which includes around 170 DCLG datasets. There is a mixture of statistics on housing, planning and Local Government finance; detailed data on services provided by individual councils; and information on registered providers of social housing. Presented by Linda O'Halloran, Head of Products for the Local Digital Programme, at the Flood Resilience Discovery Day in Bristol on 27 February 2015.
This document provides an overview of data journalism and instructions for an assignment involving extracting data from spreadsheets, converting the files to tab-delimited text format, uploading the data to ManyEyes to create visualizations, and then exploring the visualizations and uploading the files to Google Docs. Key aspects of data journalism discussed include the emergence of openly available data and tools for publishing and visualizing data to tell stories. Students are guided through a workflow of getting data from Google Docs, preprocessing it in Excel and a text editor, analyzing and visualizing it in ManyEyes, and then exploring it further in Google Docs.
MPROP Pal: Helping Planners Work With Property DataMKE Data
The document outlines a project to create a more user-friendly interface for accessing and analyzing Milwaukee property data. It includes conducting interviews with users to understand challenges and needs. Analysis of the responses identified common problems like data inconsistencies and difficulties matching parcel and attribute data. Suggestions for improvements included creating a normalized database with lookup tables and linking the data to other sources like census information. The project team developed a web-based tool called MPROP Pal to provide a more accessible interface for researching Milwaukee property data.
Creation of Social Housing with Private InvestorsFEANTSA
Emilie Meesen and Véronique Foubert's presentation in the "Finding the Homes: Innovative Ways of Providing Housing for Housing First Services" workshop at the Housing First in Europe conference on the 9th of June 2016
This document discusses the potential of ultra-deep geothermal energy and a new drilling technology called Plasmabit that could enable access to this energy source. Currently, most geothermal energy is obtained from depths of 2-4 km where temperatures are suitable for electricity production. However, 99% of the Earth's volume has temperatures over 1000°C that could be used for energy. Plasmabit is a non-contact plasma drilling technology that could access reservoirs at depths of 5-10 km in a cost-effective manner. It uses a high-speed electric arc that reaches temperatures over 5000°C to disintegrate rock. This technology has the potential to unlock vast new sources of renewable geothermal energy globally.
This letter confirms that Ridwanur Ishan completed a work experience placement with Wyndham City Council from December 1st, 2015 to February 26th, 2016. During this time, Ridwanur participated in designing footpath and bicycle path projects, conducted site inspections, investigated resident concerns about traffic issues, issued work instructions for traffic projects, and helped conduct and manage traffic surveys. The letter provides contact information for the Traffic Engineering Coordinator if any clarification is needed about Ridwanur's work.
This certificate of service was awarded to James P. Welch for volunteer service from May 13 to May 16, 2013 at the 2013 GovSec/TREXPO & CPM East conference. It was issued by Deborah Lovell, the conference manager, on May 16, 2013.
This document contains a resume for CS G.DIVYA, who is currently working as a Company Secretary at Refex Energy Limited. It lists her academic qualifications which include a Bachelor of Corporate Secretaryship & ACS. It also provides details of her articleship experience, training, computer skills, internship experience, personal skills, and languages known. The resume aims to highlight Divya's qualifications and experience for the role of a Company Secretary.
WORLD’S LATEST 3D DIGITAL MAMMOGRAPHY SYSTEMMIOT Hospitals
The state-of-the-art 3D Digital Mammography System from GE Healthcare, installed at MIOT International is available in very few hospitals in India has been designed primarily to give you a painfree experience. Built on an upgradeable platform, which can move from basic screening to advanced diagnostic procedures in a matter of minutes, the system is ideal for first time & repeat screeners as well as those seeking a conclusive diagnoses.
This document discusses leadership skills and models. It covers views on leadership, agreed leadership characteristics like traits and skills of leaders, some common leadership models and what they teach, maintaining leadership momentum, and group activities addressing leadership questions and developing a personal leadership model.
Opportunities and methodological challenges of Big Data for official statist...Piet J.H. Daas
1) The document discusses opportunities and challenges of using Big Data for official statistics. It describes Big Data as data that is difficult to collect, store, or process using conventional statistical systems due to issues of volume, velocity, structure, or variety.
2) The author outlines their experiences at Statistics Netherlands using various Big Data sources like traffic sensor data, mobile phone data, and social media data. They discuss methodological challenges in accessing and analyzing large volumes of data, dealing with noisy and unstructured data, and addressing issues of selectivity.
3) The document emphasizes the need for new skills like data science, high performance computing, and people with open and pragmatic mindsets to work with Big Data. It also addresses privacy
Analyzing Social Media with Digital Methods. Possibilities, Requirements, and...Bernhard Rieder
Digital methods allow for the computational analysis of social media data through three main steps: data extraction via platform APIs, data processing and aggregation through extraction software, and data analysis and visualization using analysis software. While promising access to behavioral data at scale, social media analysis requires an understanding of each platform's data formalizations and technical limitations. Different analytical gestures can be applied through statistics, graph theory, and other methods to investigate patterns in content, users, and their relations.
Application and Methods of Deep Learning in IoTIJAEMSJORNAL
In this talk, we provide a comprehensive overview of how to use a subset of advanced AI techniques, most specifically Deep Learning (DL), to bolster analytics as well as learning in the IoT URL. First and foremost, we define a development environment that integrates big data designs with deep learning models to promote rapid experimentation. There are three main promises made in the proposal: To begin, it illustrates a big data engineering that facilitates big data assortment in the same way that businesses facilitate deep learning models. Then, the language for creating a data perspective is shown, one that transforms the many streams of large data into a format that can be used by an advanced learning system. Third, it demonstrates the success of the framework by applying the tool to a wide range of deep learning use cases. We provide a generalized basis for a variety of DL architectures using numerical examples. We also evaluate and summarize major published research projects that made use of DL in the IoT context. Wonderful Internet of Things gadgets that have integrated DL into their prior knowledge are often discussed.
Due to the arrival of new technologies, devices, and communication means, the amount of data produced by mankind is growing rapidly every year. This gives rise to the era of big data. The term big data comes with the new challenges to input, process and output the data. The paper focuses on limitation of traditional approach to manage the data and the components that are useful in handling big data. One of the approaches used in processing big data is Hadoop framework, the paper presents the major components of the framework and working process within the framework.
This document provides an introduction to the concepts of data analytics and the data analytics lifecycle. It discusses big data in terms of the 4Vs - volume, velocity, variety and veracity. It also discusses other characteristics of big data like volatility, validity, variability and value. The document then discusses various concepts in data analytics like traditional business intelligence, data mining, statistical applications, predictive analysis, and data modeling. It explains how these concepts are used to analyze large datasets and derive value from big data. The goal of data analytics is to gain insights and a competitive advantage through analyzing large and diverse datasets.
Fundamentals of data mining and its applicationsSubrat Swain
Data mining involves applying intelligent methods to extract patterns from large data sets. It is used to discover useful knowledge from a variety of data sources. The overall goal is to extract human-understandable knowledge that can be used for decision-making.
The document discusses the data mining process, which typically involves problem definition, data exploration, data preparation, modeling, evaluation, and deployment. It also covers data mining software tools and techniques for ensuring privacy, such as randomization and k-anonymity. Finally, it outlines several applications of data mining in fields like industry, science, music, and more.
Researching Social Media – Big Data and Social Media AnalysisFarida Vis
Researching Social Media – Big Data and Social Media Analysis, presentation for the Social Media for Researchers: A Sheffield Universities Social Media Symposium, 23 September 2014
Big data Mining Using Very-Large-Scale Data Processing PlatformsIJERA Editor
Big Data consists of large-volume, complex, growing data sets with multiple, heterogenous sources. With the
tremendous development of networking, data storage, and the data collection capacity, Big Data are now rapidly
expanding in all science and engineering domains, including physical, biological and biomedical sciences. The
MapReduce programming mode which has parallel processing ability to analyze the large-scale network.
MapReduce is a programming model that allows easy development of scalable parallel applications to process
big data on large clusters of commodity machines. Google’s MapReduce or its open-source equivalent Hadoop
is a powerful tool for building such applications.
The document discusses tools and techniques for big data analytics, including A/B testing, crowdsourcing, machine learning, and data mining. It provides an overview of the big data analysis pipeline, including data acquisition, information extraction, integration and representation, query processing and analysis, and interpretation. The document also discusses fields where big data is relevant like industry, healthcare, and research. It analyzes tools like A/B testing, machine learning, and data mining techniques in more detail.
Big data is a prominent term which characterizes the improvement and availability of data in all three
formats like structure, unstructured and semi formats. Structure data is located in a fixed field of a record
or file and it is present in the relational data bases and spreadsheets whereas an unstructured data file
includes text and multimedia contents. The primary objective of this big data concept is to describe the
extreme volume of data sets i.e. both structured and unstructured. It is further defined with three “V”
dimensions namely Volume, Velocity and Variety, and two more “V” also added i.e. Value and Veracity.
Volume denotes the size of data, Velocity depends upon the speed of the data processing, Variety is
described with the types of the data, Value which derives the business value and Veracity describes about
the quality of the data and data understandability. Nowadays, big data has become unique and preferred
research areas in the field of computer science. Many open research problems are available in big data
and good solutions also been proposed by the researchers even though there is a need for development of
many new techniques and algorithms for big data analysis in order to get optimal solutions. In this paper,
a detailed study about big data, its basic concepts, history, applications, technique, research issues and
tools are discussed.
Big data is a prominent term which characterizes the improvement and availability of data in all three
formats like structure, unstructured and semi formats. Structure data is located in a fixed field of a record
or file and it is present in the relational data bases and spreadsheets whereas an unstructured data file
includes text and multimedia contents. The primary objective of this big data concept is to describe the
extreme volume of data sets i.e. both structured and unstructured. It is further defined with three “V”
dimensions namely Volume, Velocity and Variety, and two more “V” also added i.e. Value and Veracity.
Volume denotes the size of data, Velocity depends upon the speed of the data processing, Variety is
described with the types of the data, Value which derives the business value and Veracity describes about
the quality of the data and data understandability. Nowadays, big data has become unique and preferred
research areas in the field of computer science. Many open research problems are available in big data
and good solutions also been proposed by the researchers even though there is a need for development of
many new techniques and algorithms for big data analysis in order to get optimal solutions. In this paper,
a detailed study about big data, its basic concepts, history, applications, technique, research issues and
tools are discussed.
Big data is a prominent term which characterizes the improvement and availability of data in all three
formats like structure, unstructured and semi formats. Structure data is located in a fixed field of a record
or file and it is present in the relational data bases and spreadsheets whereas an unstructured data file
includes text and multimedia contents. The primary objective of this big data concept is to describe the
extreme volume of data sets i.e. both structured and unstructured. It is further defined with three “V”
dimensions namely Volume, Velocity and Variety, and two more “V” also added i.e. Value and Veracity.
Volume denotes the size of data, Velocity depends upon the speed of the data processing, Variety is
described with the types of the data, Value which derives the business value and Veracity describes about
the quality of the data and data understandability. Nowadays, big data has become unique and preferred
research areas in the field of computer science. Many open research problems are available in big data
and good solutions also been proposed by the researchers even though there is a need for development of
many new techniques and algorithms for big data analysis in order to get optimal solutions. In this paper,
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Tags: Information Security, ISO/IEC 27001, ISO/IEC 42001, Artificial Intelligence, GDPR
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1. Carolin Gerlitz
(based on joint work with Liliana Bounegru & Jonathan Gray)
University of Siegen – Digital Methods Initiative Amsterdam
Infrastructuring eResearch Workshop, Dec 7 2016
DE- & REASSEMBLING DATA
INFRASTRUCTURES
2. DIGITAL METHODS
Widely used term.
Repurposing of (1) digital data (2)
technical features (3) analytical
capacities.
How can links, likes, shares, comments
etc. be used for research? (Rogers
2013)
3. DIGITAL METHODS
Structured extraction & analysis of data.
Two main objectives: (1) study sociality
online (2) understand medium
specificity and socio-technical
configurations
Tool development, repurposing &
training.
4. EXAMPLE: TCAT
Twitter Capture and Analysis Toolkit
(TCAT).
Developed by Erik Borra & Bernhard
Rieder.
Data collection & analysis of Twitter data
based on Streaming API.
5. DE-ASSEMBLING
Digital methods rely on the
participation of a variety of actors
and entities.
Data & tool chaining.
What are the data infrastructures
that underpin dm work? What
challenges do they pose?
6. DATA PRODUCTION
Data production as distributed
accomplishment of users,
platform activities, capture
mechanisms, third party apps &
cross-platform syndication.
7. (1) COMMENSURATION
Cross-platform syndication, different
interpretation of platform features,
bots & automation.
How to commensurate data from
heterogeneous sources
(Espeland & Stevens 1998)?
s
8. (2) MULTIVALENT YET
BIASED
Data set out to cater to different
analytical interests of
stakeholders.
At the same time: support some
forms of analysis more than others
(interestedness).
9. DATA EXTRACTION
Scraping, crawling, API retrieval.
Reliant on platform data structures
and API politics, tools, plugins
and scripts.
Platforms determine the conditions of
access to their data.
Instagram Hashtag Explorer
10. DATA ANALYSIS
Reliant on further tools for querying
data, calculating metrics, stats or
combination of data formats.
DMI TCAT
12. DATA VISUALISATION
Visualisation standards and data
outputs.
Which data formats are amenable for
which visualisation technique?
What interestedness does
visualisation introduce?
D3, tableau, Gephi
13. (4) TOOL CHAINNG
Assembling of different data sources
& tools for different tasks into a
methodological apparatus.
Cascades of inscriptions (Ruppert
et al 2013).
14. (5) DISTRIBUTED TOOL
MAKING
Many general purpose tools (incl.
extensive documentation).
Heterogeneous developers and
emergent standards.
Which tools can be chained?
How can open source tools be
maintained and scaled up?
15. (6) DATA PUBLICS
Data assemble heterogeneous publics
with different objectives, interests,
skills & needs (Ruppert 2015,
Birchall 2015).
Researchers, companies,
organisations, activists, journalism.
16. ALLINGING DATA
INFRATSRUCTURES
Methodological work as de- &
reassembly.
Specific to needs of publics.
Alignment & mal-alignment of
data sources, tools,
visualisations and research
objectives: need for
repositories and shared dev.
17. (RE)IMAGINING DATA
INSTRUCTURES
From data literacy to data
infrastructure literacy (Gray et
al. 2017).
Accounting for inscription, alignment
and malalignment.
Enable to re-think, re-assemble and
re-align infrastructures.
Methodological infrastuctural
imagination (Bowker 2014).