The Semantic Web is a mesh of information linked up in such a way as to be easily processable by machines, on a global scale. You can think of it as being an efficient way of representing data on the World Wide Web, or as a globally linked database.
Introduction to semantic web. Includes its goal, features, why we need, semantic web related framework, RDF's, Advantages, Uniform resource locator, web ontology language, micro-formats.
A graphical design on subject heading lists.
In choosing the appropriate subject headings, two subject heading lists are commonly used, namely Sears List of Subject Headings (SLSH) and Library of Congress Subject Headings (LCSH). 📖
Course: LIBSCI 22 - Organization of Information Resources II
Teacher: Sarah Angiela Ragay
This document discusses standards and metadata. It defines a standard as a document that provides requirements to ensure materials are fit for their purpose. Metadata is defined as "data about data" that describes other data. The document outlines several important metadata standards like Dublin Core, MARC, EAD, MODS and RDF. It provides details on the purpose and specifications of these standards, noting they are used to enhance accessibility, discovery and preservation of information.
NewGenLib 3.0 is a web-based library management system with the following key features:
1. It has functional modules for acquisitions, technical processing, serials management, circulation, administration, and an OPAC that are fully web-based.
2. It supports international standards like MARC, MODS, SRU/W and uses open-source technologies like Java, PostgreSQL, Lucene, and Solr.
3. It allows for hierarchical and distributed networking between libraries and centralized administration with a union catalog and federated search capability.
This document provides an overview of various online tools and resources for cataloging. It lists tutorials, training materials, and tools for different aspects of cataloging such as subject analysis, classification, authority control, and MARC standards. These resources include video tutorials, online courses, interactive games, and websites that provide guides and help for tasks like assigning subject headings, cuttering call numbers, and authority work. The document also mentions several large aggregator sites and blogs that collect and share information about cataloging tools.
The document provides a software requirements specification (SRS) for a library management system (LMS). It includes sections on system planning, overall description, specific requirements, use case analysis, process model, data model, and system design. Key details include functional requirements for members to search for books, renew books, and view their account, as well as for librarians to register members, update book information, and check books in/out. Non-functional requirements address performance, security, safety, and capacity. The SRS proposes a technical, economic, and organizational feasible approach to building the LMS.
Metadata harvesting is the automatic collection of metadata from individual repositories using metadata extraction systems or generators. It occurs through analyzing tags and elements like Dublin Core to gather descriptive, technical, and administrative information without human intervention. However, inconsistencies in metadata practices across repositories can cause confusion and insufficient data for service providers harvesting metadata through the Open Archives Initiative Protocol for Metadata Harvesting (OAI-PMH). Improving guidelines, local standards, evaluation, communication, and data quality can help address these harvesting problems.
The document describes an automated library management system that allows users to perform tasks like adding members and books, searching the database, updating and editing records, and borrowing or returning books quickly. It provides several advantages like fast database access, more storage capacity, and managing all library work and data online. Key features of the system include search capabilities, quick transactions, online user accounts, and membership-based access. The system aims to rectify all manual difficulties in library management by implementing computerization and an online organizational database.
The document discusses a proposed library management system that aims to improve upon the current system. It outlines the key features of the proposed system, including advantages over the current one. Entity relationship, data flow, and context diagrams are presented to illustrate the flow of data and relationships between various elements in the system. Various reports, tables, and forms are also described to showcase the reporting capabilities and interfaces of the proposed library management system.
A MARC record is a Machine-Readable Cataloguing record. It is a format standard for the storage and exchange of bibliographic records and related information in machine. It is a standard for the description of the digital format of any item. This is a computerized method of recording the information for cataloguing purpose. These computer readable cataloguing records will help the computer programs to search for an display specified pieces of the information stored in a cataloguing record.
CILIP is a professional body for librarians, information specialists, and knowledge managers in the UK and abroad. Formed in 2002 by the merger of the Library Association UK and the Institute of Information Scientists, CILIP now has over 23,000 members. CILIP hosts an annual conference, campaigns to promote libraries, accredits library education programs, and provides opportunities for professional development through publications, events, and certifications.
This document describes the key components and functions of a subject authority file used for indexing documents. It consists of controlled vocabulary terms structured in a hierarchical manner to express concepts. The subject authority file contains mechanisms like scope notes, hierarchical and associative relationships between terms, and synonyms to enable consistent indexing of documents according to their conceptual coverage. Indexers can only assign terms that appear in the approved subject authority list to ensure concept indexing is used.
This document discusses different library management systems including indigenous, barcode, and RFID systems. The indigenous system uses Excel to manage tasks like member registration, book purchasing, and inventory. The barcode system uses barcodes on books and member cards to automate circulation. RFID uses radio frequency technology to track library assets and automate check-in, search, check-out, and return of materials without human intervention. Both barcode and RFID systems provide benefits like faster transactions and improved security but also have some limitations.
This document provides an overview of the history and development of cataloging standards, focusing on Anglo-American Cataloging Rules (AACR2). It discusses the contributions of individuals like Antonio Panizzi, Charles Cutter, S.R. Ranganathan, and Seymour Lubetzky who helped shape cataloging standards. Their work influenced the development of AACR2 and future standards like RDA and FRBR. The document also outlines the collaboration between American and British cataloging rules that resulted in the first international code in 1908 and the eventual publication of AACR in 1967.
Exam preparation topics for Library and Information science students. Prepared by Mahendra Prasad Adhikari student of second Sem of Department of Library and Information Science, Tribhuvan University, Kathmandu, Nepal
This document outlines the requirements for a library management system. It includes sections on group members, introduction, purpose, functional requirements, non-functional requirements, entity relationship diagram, use case diagram, and proposed modules. The system would allow students and librarians to login, search for books, issue and return books, and request new books. It describes tables for members, books, and book issues/returns. The document provides an overview of the proposed system.
The document provides an overview of the semantic web including:
1. It describes the key technologies that power the semantic web such as RDF, RDFS, OWL, and SPARQL which allow data to be shared and reused across applications.
2. It discusses semantic web themes like linked data, vocabularies, and inference which enable data from multiple sources to be integrated and new insights to be discovered.
3. It outlines current and future applications of the semantic web such as in e-commerce, online advertising, and government where semantic technologies can enhance search, personalization and data sharing.
It was presented at the 9th National Conference on Library & Information Scienece (NACLIS) 2012 on the theme of Empowering Users, Libraries & librarians in the Knowledge Society , organized by SLLA , held on 21 June 2012
The document provides an overview of the Functional Requirements for Bibliographic Records (FRBR). It discusses the definition, history, objectives, conceptual model, user tasks, entities, relationships, attributes, benefits, and examples of FRBR. Key points include that FRBR relates user tasks to a conceptual entity-relationship model, defines groups of core entities and their attributes and relationships, and aims to provide a structured framework for relating bibliographic data to user needs.
Este documento describe cómo la Biblioteca Nacional de España está publicando datos bibliográficos como datos enlazados para mejorar la visibilidad y accesibilidad de los datos bibliotecarios en la web semántica. Explica brevemente los principios de los datos enlazados y cómo RDA proporciona herramientas como RDA Reference y RDA Vocabularies para describir y vincular datos bibliográficos usando identificadores basados en URLs.
Library mangement system project srs documentation.docjimmykhan
The document describes a library management system created in Java. It has four main modules: inserting data into the database, extracting data from the database, generating reports on borrowed and available books, and a search facility. The proposed system automates library processes like adding members and books, searching, borrowing and returning books. This makes transactions faster and reduces errors compared to the manual existing system. The system was implemented using Java, MS Access for the database, and designed to run on Windows operating systems. Testing was done to check functionality and ensure all requirements were met.
This document discusses different types of devices used in colon classification schemes. It describes chronological devices which use dates, geographical devices which use locations, mnemonic devices which use numbers to aid memory, alphabetical devices which use initial letters, subject devices which assign classes in brackets, superimposition devices which use hyphens to combine facets, and classic devices which use colons to group different editions of classics. Examples are provided for each type of device to illustrate their notation and application in classification.
Bollini, Andrea, Lombardi, Corrado, Digilio, Giuseppe, Giamminonni, Luca, & Mornati, Susanna. (2022, June 7). DSpace 7 ORCID Integration. Open Repositories 2022 (OR2022), Denver, Colorado. Zenodo. https://doi.org/10.5281/zenodo.6733036
The relevance and benefits of the ORCID persistent identifiers in the research ecosystem are increasingly evident. Nowadays users expect a good integration between the repository platform and ORCID with a bidirectional exchange of information. Unfortunately, up to now DSpace was lacking in this regard except for a very minor and limited integration allowing the submitter to query the ORCID public registry during the deposit. On the other hand, the cousin project DSpace-CRIS has featured a full integration [3] since 2014 at the time of the ORCID v1.2 API and based on a version 4 of DSpace.
Since the release of DSpace 7, the DSpace governance has been encouraging a progressive merge of these projects, backporting from DSpace-CRIS the most user-demanded features.
As a result, the DSpace 7.3 release plan includes the porting of the core ORCID integration [2], enabling DSpace users to finally connect their local DSpace profiles with ORCID, showing an authenticated ORCID badge where appropriate and pushing DSpace records to their ORCID profiles.
The presentation will show in detail the functionalities now available, the requirements to enable them in terms of ORCID membership and DSpace configuration, and the plans to bring more ORCID-related features to DSpace.
This document provides an overview of a library database management system. It discusses centralized vs distributed databases and some of the tradeoffs. It then outlines the advantages of a DBMS like controlling redundancy and enforcing integrity. The document describes different database structures like hierarchical, network, relational and object-oriented. It provides an overview of the library database modules for login, book details, book search and student details. It also includes the hardware and software specifications and data flow diagrams for the system.
Koha is an open source integrated library system. It has modules for acquisition, cataloging, patron management, circulation, serial control, and reporting. The OPAC provides features like basic and advanced searching, item status and location checking, online renewals, holds, and reading history. Koha works on Linux, Unix, or Mac servers and only requires a web browser on client machines. It uses MySQL, Perl, and adheres to standards like MARC, Z39.50, and ISO2709. Koha is free to download and use, though support services may require payment. Over 6,500 libraries worldwide use Koha.
Applying Digital Library Metadata StandardsJenn Riley
Riley, Jenn. "Applying Digital Library Metadata Standards." Presentation sponsored by the Private Academic Library Network of Indiana (PALNI), May 9, 2006.
Introduction to the Semantic Web and Linked DataJavier Pereda
The document appears to be a slide presentation about the semantic web and linked data. It discusses key concepts like semantic web technology, data models for representing information, and using SPARQL queries to retrieve metadata from RDF graphs. Examples are provided of representing simple XML data about people as RDF and querying that data. The presentation aims to introduce semantic web concepts and technologies.
Masterclass Multimodal Engagements with Cultural HeritageJavier Pereda
The document discusses exploring online cultural heritage through tangible user interfaces. It introduces tangible interfaces as an alternative to graphical user interfaces for interacting with cultural heritage collections online. Basic tangible objects could represent common queries about who, what, when, etc. More complex tangible queries could also be constructed by combining these basic query objects. The goal is to integrate these tangible queries with online cultural heritage databases structured using semantic web standards.
The document describes an automated library management system that allows users to perform tasks like adding members and books, searching the database, updating and editing records, and borrowing or returning books quickly. It provides several advantages like fast database access, more storage capacity, and managing all library work and data online. Key features of the system include search capabilities, quick transactions, online user accounts, and membership-based access. The system aims to rectify all manual difficulties in library management by implementing computerization and an online organizational database.
The document discusses a proposed library management system that aims to improve upon the current system. It outlines the key features of the proposed system, including advantages over the current one. Entity relationship, data flow, and context diagrams are presented to illustrate the flow of data and relationships between various elements in the system. Various reports, tables, and forms are also described to showcase the reporting capabilities and interfaces of the proposed library management system.
A MARC record is a Machine-Readable Cataloguing record. It is a format standard for the storage and exchange of bibliographic records and related information in machine. It is a standard for the description of the digital format of any item. This is a computerized method of recording the information for cataloguing purpose. These computer readable cataloguing records will help the computer programs to search for an display specified pieces of the information stored in a cataloguing record.
CILIP is a professional body for librarians, information specialists, and knowledge managers in the UK and abroad. Formed in 2002 by the merger of the Library Association UK and the Institute of Information Scientists, CILIP now has over 23,000 members. CILIP hosts an annual conference, campaigns to promote libraries, accredits library education programs, and provides opportunities for professional development through publications, events, and certifications.
This document describes the key components and functions of a subject authority file used for indexing documents. It consists of controlled vocabulary terms structured in a hierarchical manner to express concepts. The subject authority file contains mechanisms like scope notes, hierarchical and associative relationships between terms, and synonyms to enable consistent indexing of documents according to their conceptual coverage. Indexers can only assign terms that appear in the approved subject authority list to ensure concept indexing is used.
This document discusses different library management systems including indigenous, barcode, and RFID systems. The indigenous system uses Excel to manage tasks like member registration, book purchasing, and inventory. The barcode system uses barcodes on books and member cards to automate circulation. RFID uses radio frequency technology to track library assets and automate check-in, search, check-out, and return of materials without human intervention. Both barcode and RFID systems provide benefits like faster transactions and improved security but also have some limitations.
This document provides an overview of the history and development of cataloging standards, focusing on Anglo-American Cataloging Rules (AACR2). It discusses the contributions of individuals like Antonio Panizzi, Charles Cutter, S.R. Ranganathan, and Seymour Lubetzky who helped shape cataloging standards. Their work influenced the development of AACR2 and future standards like RDA and FRBR. The document also outlines the collaboration between American and British cataloging rules that resulted in the first international code in 1908 and the eventual publication of AACR in 1967.
Exam preparation topics for Library and Information science students. Prepared by Mahendra Prasad Adhikari student of second Sem of Department of Library and Information Science, Tribhuvan University, Kathmandu, Nepal
This document outlines the requirements for a library management system. It includes sections on group members, introduction, purpose, functional requirements, non-functional requirements, entity relationship diagram, use case diagram, and proposed modules. The system would allow students and librarians to login, search for books, issue and return books, and request new books. It describes tables for members, books, and book issues/returns. The document provides an overview of the proposed system.
The document provides an overview of the semantic web including:
1. It describes the key technologies that power the semantic web such as RDF, RDFS, OWL, and SPARQL which allow data to be shared and reused across applications.
2. It discusses semantic web themes like linked data, vocabularies, and inference which enable data from multiple sources to be integrated and new insights to be discovered.
3. It outlines current and future applications of the semantic web such as in e-commerce, online advertising, and government where semantic technologies can enhance search, personalization and data sharing.
It was presented at the 9th National Conference on Library & Information Scienece (NACLIS) 2012 on the theme of Empowering Users, Libraries & librarians in the Knowledge Society , organized by SLLA , held on 21 June 2012
The document provides an overview of the Functional Requirements for Bibliographic Records (FRBR). It discusses the definition, history, objectives, conceptual model, user tasks, entities, relationships, attributes, benefits, and examples of FRBR. Key points include that FRBR relates user tasks to a conceptual entity-relationship model, defines groups of core entities and their attributes and relationships, and aims to provide a structured framework for relating bibliographic data to user needs.
Este documento describe cómo la Biblioteca Nacional de España está publicando datos bibliográficos como datos enlazados para mejorar la visibilidad y accesibilidad de los datos bibliotecarios en la web semántica. Explica brevemente los principios de los datos enlazados y cómo RDA proporciona herramientas como RDA Reference y RDA Vocabularies para describir y vincular datos bibliográficos usando identificadores basados en URLs.
Library mangement system project srs documentation.docjimmykhan
The document describes a library management system created in Java. It has four main modules: inserting data into the database, extracting data from the database, generating reports on borrowed and available books, and a search facility. The proposed system automates library processes like adding members and books, searching, borrowing and returning books. This makes transactions faster and reduces errors compared to the manual existing system. The system was implemented using Java, MS Access for the database, and designed to run on Windows operating systems. Testing was done to check functionality and ensure all requirements were met.
This document discusses different types of devices used in colon classification schemes. It describes chronological devices which use dates, geographical devices which use locations, mnemonic devices which use numbers to aid memory, alphabetical devices which use initial letters, subject devices which assign classes in brackets, superimposition devices which use hyphens to combine facets, and classic devices which use colons to group different editions of classics. Examples are provided for each type of device to illustrate their notation and application in classification.
Bollini, Andrea, Lombardi, Corrado, Digilio, Giuseppe, Giamminonni, Luca, & Mornati, Susanna. (2022, June 7). DSpace 7 ORCID Integration. Open Repositories 2022 (OR2022), Denver, Colorado. Zenodo. https://doi.org/10.5281/zenodo.6733036
The relevance and benefits of the ORCID persistent identifiers in the research ecosystem are increasingly evident. Nowadays users expect a good integration between the repository platform and ORCID with a bidirectional exchange of information. Unfortunately, up to now DSpace was lacking in this regard except for a very minor and limited integration allowing the submitter to query the ORCID public registry during the deposit. On the other hand, the cousin project DSpace-CRIS has featured a full integration [3] since 2014 at the time of the ORCID v1.2 API and based on a version 4 of DSpace.
Since the release of DSpace 7, the DSpace governance has been encouraging a progressive merge of these projects, backporting from DSpace-CRIS the most user-demanded features.
As a result, the DSpace 7.3 release plan includes the porting of the core ORCID integration [2], enabling DSpace users to finally connect their local DSpace profiles with ORCID, showing an authenticated ORCID badge where appropriate and pushing DSpace records to their ORCID profiles.
The presentation will show in detail the functionalities now available, the requirements to enable them in terms of ORCID membership and DSpace configuration, and the plans to bring more ORCID-related features to DSpace.
This document provides an overview of a library database management system. It discusses centralized vs distributed databases and some of the tradeoffs. It then outlines the advantages of a DBMS like controlling redundancy and enforcing integrity. The document describes different database structures like hierarchical, network, relational and object-oriented. It provides an overview of the library database modules for login, book details, book search and student details. It also includes the hardware and software specifications and data flow diagrams for the system.
Koha is an open source integrated library system. It has modules for acquisition, cataloging, patron management, circulation, serial control, and reporting. The OPAC provides features like basic and advanced searching, item status and location checking, online renewals, holds, and reading history. Koha works on Linux, Unix, or Mac servers and only requires a web browser on client machines. It uses MySQL, Perl, and adheres to standards like MARC, Z39.50, and ISO2709. Koha is free to download and use, though support services may require payment. Over 6,500 libraries worldwide use Koha.
Applying Digital Library Metadata StandardsJenn Riley
Riley, Jenn. "Applying Digital Library Metadata Standards." Presentation sponsored by the Private Academic Library Network of Indiana (PALNI), May 9, 2006.
Introduction to the Semantic Web and Linked DataJavier Pereda
The document appears to be a slide presentation about the semantic web and linked data. It discusses key concepts like semantic web technology, data models for representing information, and using SPARQL queries to retrieve metadata from RDF graphs. Examples are provided of representing simple XML data about people as RDF and querying that data. The presentation aims to introduce semantic web concepts and technologies.
Masterclass Multimodal Engagements with Cultural HeritageJavier Pereda
The document discusses exploring online cultural heritage through tangible user interfaces. It introduces tangible interfaces as an alternative to graphical user interfaces for interacting with cultural heritage collections online. Basic tangible objects could represent common queries about who, what, when, etc. More complex tangible queries could also be constructed by combining these basic query objects. The goal is to integrate these tangible queries with online cultural heritage databases structured using semantic web standards.
Semantic Web in an SMS as presented at EKAW2016Victor de Boer
This document discusses enabling Semantic Web data exchange over SMS by translating SPARQL queries to SMS messages. It evaluated different RDF serialization and compression techniques for representing small Linked Data sets in SMS messages. Experiments showed n-triples with gzip works best for datasets under 40 triples, and Turtle with gzip compresses larger datasets best. Removing redundant triples through shared vocabularies provided additional compression. This approach allows knowledge sharing and basic machine-to-machine information integration using the GSM network where internet is not available.
Is the Semantic Web what we expected? Adoption Patterns and Content-driven Ch...Chris Bizer
http://iswc2016.semanticweb.org/pages/program/keynote-bizer.html
Semantic Web technologies, such as Linked Data and Schema.org, are used by a significant number of websites to support the automated processing of their content. In the talk, I will contrast the original vision of the Semantic Web with empirical findings about the adoption of Semantic Web technologies on the Web. The analysis will show areas in which data providers behave as envisioned by the Semantic Web community but will also reveal areas in which real-world adoption patterns strongly deviate. Afterwards, I will discuss the challenges that result from the current adoption situation. To address these challenges, I will exemplify entity reconciliation, vocabulary matching, and data quality assessment techniques which exploit all semantic clues that are provided while being tolerant to noise and lazy data providers.
How to Reveal Hidden Relationships in Data and Risk AnalyticsOntotext
Imagine risk analysis manager or compliance officer who can discover easily relationships like this: Big Bucks Café out of Seattle controls My Local Café in NYC through an offshore company. Such discovery can be a game changer if My Local Café pretends to be an independent small enterprise, while recently Big Bucks experiences financial difficulties.
How is the Semantic Web vision unfolding and what does it take for the Web to fully reach its potential and evolve from a Web of Documents to a Web of Data through universal data representation standards.
Krishnaprasad Thirunarayan, Trust Management: Multimodal Data Perspective,
Invited Tutorial, The 2015 International Conference on Collaboration
Technologies and Systems (CTS 2015), June 2015
The document provides an overview of funding and active projects at Kno.e.sis as of December 2015. Key details include total extramural funds exceeding $8.3 million with the majority obtained that year from competitive NSF and NIH sources. Active projects focus on areas such as context-aware harassment detection on social media, monitoring drug trends on social media, disaster management using social and physical sensing, and modeling social behavior for healthcare utilization in depression. The summary highlights student and faculty involvement and accomplishments across multiple funded projects.
Kno.e.sis Approach to Impactful Research & Training for Exceptional CareersAmit Sheth
Abstract
Kno.e.sis (http://knoesis.org) is a world-class research center that uses semantic, cognitive, and perceptual computing for gathering insights from physical/IoT, cyber/Web, and social and enterprise (e.g., clinical) big data. We innovate and employ semantic web, machine learning, NLP/IR, data mining, network science and highly scalable computing techniques. Our highly interdisciplinary research impacts health and clinical applications, biomedical and translational research, epidemiology, cognitive science, social good, policy, development, etc. A majority of our $12+ million in active funds come from the NSF and NIH. In this talk, I will provide an overview of some of our major research projects.
Kno.e.sis is highly successful in its primary mission of exceptional student outcomes: our students have exceptional publication and real-world impact and our PhDs compete with their counterparts from top 10 schools for initial jobs in research universities, top industry research labs, and highly competitive companies. A key reason for Kno.e.sis' success is its unique work culture involving teamwork to solve complex problems. Practically all our work involves real-world challenges, real-world data, interdisciplinary collaborators, path-breaking research to solve challenges, real-world deployments, real-world use, and measurable real-world impact.
In this talk, I will also seek to discuss our choice of research topics and our unique ecosystem that prepares our students for exceptional careers.
This tutorial presents tools and techniques for effectively utilizing the Internet of Things (IoT) for building advanced applications, including the Physical-Cyber-Social (PCS) systems. The issues and challenges related to IoT, semantic data modelling, annotation, knowledge representation (e.g. modelling for constrained environments, complexity issues and time/location dependency of data), integration, analy- sis, and reasoning will be discussed. The tutorial will de- scribe recent developments on creating annotation models and semantic description frameworks for IoT data (e.g. such as W3C Semantic Sensor Network ontology). A review of enabling technologies and common scenarios for IoT applications from the data and knowledge engineering point of view will be discussed. Information processing, reasoning, and knowledge extraction, along with existing solutions re- lated to these topics will be presented. The tutorial summarizes state-of-the-art research and developments on PCS systems, IoT related ontology development, linked data, do- main knowledge integration and management, querying large- scale IoT data, and AI applications for automated knowledge extraction from real world data.
Related: Semantic Sensor Web: http://knoesis.org/projects/ssw
Physical-Cyber-Social Computing: http://wiki.knoesis.org/index.php/PCS
Smart Data - How you and I will exploit Big Data for personalized digital hea...Amit Sheth
Amit Sheth's keynote at IEEE BigData 2014, Oct 29, 2014.
Abstract from:
http://cci.drexel.edu/bigdata/bigdata2014/keynotespeech.htm
Big Data has captured a lot of interest in industry, with the emphasis on the challenges of the four Vs of Big Data: Volume, Variety, Velocity, and Veracity, and their applications to drive value for businesses. Recently, there is rapid growth in situations where a big data challenge relates to making individually relevant decisions. A key example is personalized digital health that related to taking better decisions about our health, fitness, and well-being. Consider for instance, understanding the reasons for and avoiding an asthma attack based on Big Data in the form of personal health signals (e.g., physiological data measured by devices/sensors or Internet of Things around humans, on the humans, and inside/within the humans), public health signals (e.g., information coming from the healthcare system such as hospital admissions), and population health signals (such as Tweets by people related to asthma occurrences and allergens, Web services providing pollen and smog information). However, no individual has the ability to process all these data without the help of appropriate technology, and each human has different set of relevant data!
In this talk, I will describe Smart Data that is realized by extracting value from Big Data, to benefit not just large companies but each individual. If my child is an asthma patient, for all the data relevant to my child with the four V-challenges, what I care about is simply, “How is her current health, and what are the risk of having an asthma attack in her current situation (now and today), especially if that risk has changed?” As I will show, Smart Data that gives such personalized and actionable information will need to utilize metadata, use domain specific knowledge, employ semantics and intelligent processing, and go beyond traditional reliance on ML and NLP. I will motivate the need for a synergistic combination of techniques similar to the close interworking of the top brain and the bottom brain in the cognitive models.
For harnessing volume, I will discuss the concept of Semantic Perception, that is, how to convert massive amounts of data into information, meaning, and insight useful for human decision-making. For dealing with Variety, I will discuss experience in using agreement represented in the form of ontologies, domain models, or vocabularies, to support semantic interoperability and integration. For Velocity, I will discuss somewhat more recent work on Continuous Semantics, which seeks to use dynamically created models of new objects, concepts, and relationships, using them to better understand new cues in the data that capture rapidly evolving events and situations.
Smart Data applications in development at Kno.e.sis come from the domains of personalized health, energy, disaster response, and smart city.
The document discusses the development of the Semantic Web, which extends the current web to a web of data through the use of metadata, ontologies, and formal semantics. It describes key technologies like the Resource Description Framework (RDF) and Web Ontology Language (OWL) that add machine-readable meaning to web documents. The Semantic Web aims to enable machines to process and understand the semantics of information on the web.
The W3C Semantic Web Activity aims to develop standards and technologies that allow data to be shared and reused across applications on the web. It is led by W3C in collaboration with researchers and industry partners. Key technologies include RDF for describing resources and OWL for modeling ontologies. Working groups focus on specifications for RDF, OWL, SPARQL and other semantic web standards.
Towards Semantic APIs for Research Data Services (Invited Talk)Anna Fensel
Rapid development of Internet and Web technology is changing the state of the art in communication of knowledge, or results of research activities. Particularly, Semantic technology, linked and open data become key enablers for successful and efficient progress in research. At first, I define the research data service (RDS) and discuss typical current and possible future usage scenarios involving RDS. Further, I discuss the state of the art in the areas of semantic service and data annotation and API construction, as well as infrastructural solutions, applicable for RDS realisation. At last, innovative methods of online dissemination, promotion and efficient communication of research are discussed.
From Research to Innovation: Linked Open Data and Gamification to Design Inte...Ig Bittencourt
This document discusses research into using linked open data and gamification to design intelligent learning environments. It describes the JOINT toolkit, which was developed to make ontology development more efficient. The document also outlines efforts to standardize best practices for publishing and consuming linked open data on the web.
To address challenges of poor interoperability among biological natural language processing (BioNLP) services, the authors propose a framework called BioNLP-SADI that uses Semantic Automated Discovery and Integration (SADI) to integrate BioNLP tools. BioNLP-SADI represents output in RDF, uses ontologies for modeling, and SPARQL for querying to consolidate results from multiple services without programming. This allows ad-hoc analysis of text mining results and comparative evaluation of BioNLP tools. The authors implemented several example BioNLP services within this framework.
Semantic Representation of Provenance in WikipediaFabrizio Orlandi
This document discusses representing provenance information from Wikipedia articles using semantic web technologies. The authors present a semantic model based on SIOC and the W7 model to represent provenance using RDF triples. They describe extracting provenance data from Wikipedia revisions and applying their model to over 166 articles in the "Semantic Web" category. An application was created to access and expose the provenance data, allowing statistics about article edits to be viewed on Wikipedia pages and as linked open data. Future work could include refining the provenance model and improving the performance of the application.
With increase in size of web, volume of information content is becoming huge resulting in difficult to search, access, manage and maintain. Creating machine processible semantic could decrease some of these problems. In this post, we will discuss some of the applications of semantic web as we discussed in earlier post. Before we dive into applications, lets see what are semantic web applications.
Frameworks Methodologies and Tools for Developing Rich Internet Applications ...seiadkauzar
Frameworks Methodologies and Tools for Developing Rich Internet Applications 1st Edition Giner Alor-Hernández
Frameworks Methodologies and Tools for Developing Rich Internet Applications 1st Edition Giner Alor-Hernández
Frameworks Methodologies and Tools for Developing Rich Internet Applications 1st Edition Giner Alor-Hernández
This document provides an introduction to the Semantic Web and Linked Open Data. It discusses how standards like RDF, XML, and OWL allow machines to better understand the meaning of data on the web. It describes how ontologies provide a vocabulary to define relationships between resources. The document outlines the benefits of publishing data as Linked Open Data using these standards, including making data more interoperable and accessible to both humans and machines. Examples are given of biomedical research projects that use Semantic Web technologies to integrate and link different types of data.
Linked data for Enterprise Data IntegrationSören Auer
The Web evolves into a Web of Data. In parallel Intranets of large companies will evolve into Data Intranets based on the Linked Data principles. Linked Data has the potential to complement the SOA paradigm with a light-weight, adaptive data integration approach.
This document discusses linking services and data on the web. It notes that while semantic web service ontologies were proposed, they failed to gain adoption. Web APIs have become more widely used as they are public, reusable, and have business models. However, their semantics and data formats are often unclear. The document proposes "linked services" - services described as linked data to provide reusable functionality for linked data applications. It presents tools and infrastructure to support finding, composing, and invoking linked services. Linked services could help make traditional services more accessible and applicable by expressing them using existing web vocabularies.
The document discusses the Semantic Web, which aims to make web data more easily processable by machines through linking related information. It has four main components - URIs for identification, RDF for describing data, RDF Schema for describing data properties, and OWL for adding reasoning. This allows machines to better interpret and draw conclusions from web data. Challenges include dealing with the vastness, vagueness, uncertainty and inconsistency of web data. The document outlines benefits like more precise information retrieval and simplified application integration. It encourages contributions to developing Semantic Web languages and applications.
Challenges and emerging practices for knowledge organization in the electron...Anil Mishra
This document discusses the challenges of organizing the large volume of information available on the internet. It outlines several approaches that information professionals and technologists are taking to organize hypermedia documents, including using classification schemes, controlled vocabularies, metadata standards, data mining, and collaborative tagging. The document argues that the most effective solutions will come from synergistic collaboration between information professionals and technologists, drawing on each field's unique expertise to develop user-friendly organization and search tools.
The document discusses the semantic web and how it can potentially disrupt or benefit online commerce. It provides definitions and explanations of key concepts related to the semantic web including RDF, ontologies, linked data, and semantic search. It outlines how search engines and websites are increasingly adopting and leveraging semantic web technologies like RDFa to provide richer search results and experiences for users.
Development of Southern Luzon State University Digital Library of Theses and ...IRJET Journal
This document describes the development of a digital library of theses and dissertations at Southern Luzon State University. The system was developed using an agile model methodology and utilizes MARC for metadata creation and XML for information sharing. The system was evaluated based on ISO 25010 software quality standards and users strongly agreed it was usable. However, for better performance the document recommends using a server with higher specifications to support more accounts and articles being stored in the system.
Linked Data for the Masses: The approach and the SoftwareIMC Technologies
Title: Linked Data for the Masses: The approach and the Software
@ EELLAK (GFOSS) Conference 2010
Athens, Greece
15/05/2010
Creator: George Anadiotis (R&D Director)
X api chinese cop monthly meeting feb.2016Jessie Chuang
The document summarizes the topics discussed at an XAPI Chinese CoP meeting in February 2016. It covered the XAPI vocabulary specification, linked data/semantic web, linked data in education and content recommendation, semantic search and Google Knowledge Graph, monetizing data and adding intelligence. It also included a case study on Hong Ding Educational Technology using XAPI data and partnerships to provide differentiated learning paths. The document emphasized collaborating on standards for competency, user data, content metadata and xAPI statements to enable partnerships and monetizing data while ensuring security, regulation and collective decision making.
The document discusses semantic web technology, which aims to make information on the web better understood by machines by giving data well-defined meaning. It outlines the evolution of web technologies from the initial web to the semantic web. Key aspects of semantic web technology include ontologies to define common vocabularies, semantic annotations to associate meaning with data, and reasoning capabilities to enable complex queries and analyses. Languages, tools, and applications are needed to implement these semantic web standards and make the web of linked data usable.
Drupal is an enterprise level web content management system.
Presented here are several examples of Drupal in use - at the White House for Data Visualization and as a Dashboard; Cargoh as an example of a largescale E-Commerce Marketplace; iPhorex as a Foreign Exchange trading platform; Symantec and Twitter community portal implementations, with the latter handling over 13 billion Api calls a day; and Economist magazine which serves 30-40 million page views a month.
VIVO is an open-source semantic web application and information model that enables discovery of research across disciplines at institutions. It harvests data from verified sources to create detailed profiles of faculty and researchers. The structured linked data in VIVO allows for relationships and connections between researchers, publications, grants, and more to be visualized. Libraries can play important roles in implementing and supporting VIVO through activities like outreach, training, ontology development, and technical support.
What's going on with IPv6? presented by Geoff HustonAPNIC
APNIC Chief Scientist, Geoff Huston, presented on the global deployment of IPv6 at the 6th ICANN APAC-TWNIC Engagement Forum and 43rd TWNIC OPM held in Taipei from 22 to 24 April 2025.
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APNIC -Policy Development Process, presented at Local APIGA Taiwan 2025APNIC
Joyce Chen, Senior Advisor, Strategic Engagement at APNIC, presented on 'APNIC Policy Development Process' at the Local APIGA Taiwan 2025 event held in Taipei from 19 to 20 April 2025.
How to Switch Hosting Providers in Vancouver Without Any Downtimesteve198109
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Determining Glass is mechanical textileAzizul Hakim
Semantic web an overview and projects
1. ByBy
Ms. Pranali GedamMs. Pranali Gedam
Librarian,Librarian,
&&
Mrs. Shalini LihitkarMrs. Shalini Lihitkar
Asst. Professor, DLISC,Asst. Professor, DLISC,
RTM,Nagpur University, Nagpur-10RTM,Nagpur University, Nagpur-10
Email:Email: [email protected]@yahoo.com
Presented atPresented at
National Conference onNational Conference on
Knowledge Management in the Globalized EraKnowledge Management in the Globalized Era
Organised ByOrganised By
AALDI,New DelhiAALDI,New Delhi
Semantic Web: an overview &Semantic Web: an overview &
ProjectsProjects
2. IntroductionIntroduction
•The Semantic Web is an extension of the current Web andThe Semantic Web is an extension of the current Web and
not its replacement.not its replacement.
•It is a web of data.It is a web of data. The Web of data with meaning in the
sense that a computer programme can learn enough about
what the data means to process it.
•The Semantic Web is a mesh of information linked up in
such a way as to be easily processable by machines, on a
global scale. You can think of it as being an efficient way of
representing data on the World Wide Web, or as a globally
linked database.
•The Semantic Web is the extension of the World Wide WebThe Semantic Web is the extension of the World Wide Web
that enables people to sharethat enables people to share contentcontent beyond the boundaries ofbeyond the boundaries of
applications and websites. It has been described in ratherapplications and websites. It has been described in rather
different ways: as adifferent ways: as a utopic visionutopic vision, as a, as a web of dataweb of data, or merely, or merely
as aas a natural paradigm shiftnatural paradigm shift in our daily use of the Web.in our daily use of the Web.
3. ApplicationsApplications
• It is as a component ofIt is as a component of Web 3.0Web 3.0.. Semantic WebSemantic Web
technologies can be used in a variety of application areas;technologies can be used in a variety of application areas;
for example: infor example: in data integrationdata integration, whereby data in various, whereby data in various
locations and various formats can be integrated in one,locations and various formats can be integrated in one,
seamless application; inseamless application; in resource discovery andresource discovery and
classificationclassification to provide better, domain specific searchto provide better, domain specific search
engine capabilities; inengine capabilities; in catalogingcataloging for describing the contentfor describing the content
and content relationships available at a particular Web site,and content relationships available at a particular Web site,
page, or digital library; bypage, or digital library; by intelligentintelligent software agents tosoftware agents to
facilitate knowledge sharing and exchange; in contentfacilitate knowledge sharing and exchange; in content
ratingrating;; in describing collectionsin describing collections of pages that represent aof pages that represent a
single logical “document”; for describingsingle logical “document”; for describing intellectualintellectual
property rightsproperty rights of Web pages (of Web pages (see, eg, the Creativesee, eg, the Creative
CommonsCommons),), and in many others.and in many others.
5. The Semantic Web StackThe Semantic Web Stack
• XMLXML
• XML SchemaXML Schema
• RDFRDF (Resource Description Framework(Resource Description Framework ))
• RDF SchemaRDF Schema
• OWL addsOWL adds
• SPARQLSPARQL
6. Groups of Semantic WebGroups of Semantic Web
Sr.Sr.
No.No.
Active GroupsActive Groups Past GroupsPast Groups
11 Semantic Web Coordination GroupSemantic Web Coordination Group RDF Core Working GroupRDF Core Working Group
22 Rules Interchange Format Working GroupRules Interchange Format Working Group Web Ontology Working GroupWeb Ontology Working Group
33 OWL Working GroupOWL Working Group Semantic Web Best Practices andSemantic Web Best Practices and
Deployment Working GroupDeployment Working Group
44 SPARQL Working GroupSPARQL Working Group Semantic Web Education and OutreachSemantic Web Education and Outreach
Interest GroupInterest Group
55 Semantic Web Deployment WorkingSemantic Web Deployment Working
GroupGroup
Gleaning Resource Descriptions fromGleaning Resource Descriptions from
Dialects of Languages WorkingDialects of Languages Working
GroupGroup
66 Semantic Web Interest GroupSemantic Web Interest Group
77 Semantic Web Health Care and LifeSemantic Web Health Care and Life
Sciences Interest GroupSciences Interest Group
Table – 1- Two Groups
7. Sr.Sr.
No.No.
Semantic WebSemantic Web
Software &Software &
DemonstrationsDemonstrations
Proposed byProposed by ProjectProject
Completed/Completed/
CountryCountry
DescriptionDescription
11 Human ComputationHuman Computation
VideoVideo
Luis Von Ahn PresentsLuis Von Ahn Presents innovative techniques to incorporate RDF info into ainnovative techniques to incorporate RDF info into a
database of images, video or other group of data.database of images, video or other group of data.
22 Open SourceOpen Source
Semantic SearchSemantic Search
provided by WebGapsprovided by WebGaps
33 SWED portalSWED portal
(Semantic Web(Semantic Web
EnvironmentalEnvironmental
Directory)Directory)
provided byprovided by
WordPressHelpWordPressHelp
Oct 2004Oct 2004 The Semantic Web Environmental Directory (SWED)The Semantic Web Environmental Directory (SWED)
is a prototype of a new kind of directory ofis a prototype of a new kind of directory of
environmental organisations and projects.environmental organisations and projects.
http://www.swed.co.uk/swed/index.htmlhttp://www.swed.co.uk/swed/index.html
44 Semantic SystemsSemantic Systems
BiologyBiology
provided by Semanticprovided by Semantic
System BiologySystem Biology
Semantic Systems Biology (SSB) is a systems biologySemantic Systems Biology (SSB) is a systems biology
approach that uses semantic description of knowledgeapproach that uses semantic description of knowledge
about biological systems to facilitate integrated dataabout biological systems to facilitate integrated data
analysis.analysis.
http://www.semantic-systems-biology.org/http://www.semantic-systems-biology.org/
55 Semantic SearchSemantic Search
engineengine
provided by Inbentaprovided by Inbenta Focused on your website and corporate Intranet,Focused on your website and corporate Intranet,
INBENTA is a pioneer in a new class ofINBENTA is a pioneer in a new class of EnterpriseEnterprise
Semantic Search Technology that's aimed toSemantic Search Technology that's aimed to
dramatically improving the experience of onlinedramatically improving the experience of online
customer, based on latest developments on Naturalcustomer, based on latest developments on Natural
Language Processing technologiesLanguage Processing technologies
http://www.inbenta.com/index.php/en.htmlhttp://www.inbenta.com/index.php/en.html
66 SemandeksSemandeks an approach foran approach for
generating semanticgenerating semantic
content through socialcontent through social
inputinput
Semandeks is an attempt to simplify the concept ofSemandeks is an attempt to simplify the concept of
semantic web. It is an attempt to make the conceptsemantic web. It is an attempt to make the concept
more user-friendly so that it can be easily understoodmore user-friendly so that it can be easily understood
and manipulated by the laymanand manipulated by the layman
http://semandeks.com/#home:http://semandeks.com/#home:
77 Maven SemanticMaven Semantic
Healthcare DatabaseHealthcare Database
Provided by ResearchProvided by Research
and Markets Releasesand Markets Releases
New SemanticNew Semantic
Healthcare DatabaseHealthcare Database
DUBLIN,DUBLIN,
IrelandIreland
The current database holds over 5 million healthcareThe current database holds over 5 million healthcare
executives, and 500,000 healthcareexecutives, and 500,000 healthcare
organisations.http://www.researchandmarkets.com)organisations.http://www.researchandmarkets.com)
Table – 2 - Semantic Web Software
8. Table – 3 The Projects of Semantic
Web
Sr.Sr.
No.No.
Projects ofProjects of
Semantic WebSemantic Web
Sponsored/Sponsored/
DevelopedDeveloped
byby
Year ofYear of
Starting/Starting/
FinishedFinished
Aims & ObjectivesAims & Objectives
11 DBpediaDBpedia University ofUniversity of
Leipzig, FreieLeipzig, Freie
UniversitätUniversität
Berlin, OpenLinkBerlin, OpenLink
SoftwareSoftware
Initial ReaseInitial Rease
January 23,January 23,
20072007
1. To publish structured data extracted from Wikipedia1. To publish structured data extracted from Wikipedia
2. The data is published in RDF and made available on the2. The data is published in RDF and made available on the
Web for use under the GNU Free Documentation LicenseWeb for use under the GNU Free Documentation License
http://en.wikipedia.org/wiki/DBpediahttp://en.wikipedia.org/wiki/DBpedia
22 FOAF (Friend ofFOAF (Friend of
a Friend)a Friend)
A popular application of the semantic web is FoaF, whichA popular application of the semantic web is FoaF, which
describes relationships among people and other agents indescribes relationships among people and other agents in
terms of RDF.terms of RDF.
33 SIOCSIOC
(Semantically-(Semantically-
InterlinkedInterlinked
OnlineOnline
Communities)Communities)
John G. BreslinJohn G. Breslin
and Uldis Bojarsand Uldis Bojars
2004 Started2004 Started The SIOC Project - provides a vocabulary of terms andThe SIOC Project - provides a vocabulary of terms and
relationships that model web data spaces. Ex. Include :relationships that model web data spaces. Ex. Include :
discussion forums, weblogs, blogrolls / feed subscriptions,discussion forums, weblogs, blogrolls / feed subscriptions,
mailing lists, shared bookmarks, image galleries.mailing lists, shared bookmarks, image galleries.
44 Open GUIDOpen GUID a globala global
IdentifierIdentifier
repositoryrepository
Aimed at providing context for the Semantic Web, Open GUIDAimed at providing context for the Semantic Web, Open GUID
maintains for use in the linked web. Domain-specificmaintains for use in the linked web. Domain-specific
Ontologies and content publishers establish identityOntologies and content publishers establish identity
relationships with Open GUIDs.relationships with Open GUIDs.
55 SIMILESIMILE by the MITby the MIT
Libraries andLibraries and
MIT CSAILMIT CSAIL
SIMILE (Semantic Interoperability of Metadata andSIMILE (Semantic Interoperability of Metadata and
Information in unLike Environments)is a joint project,Information in unLike Environments)is a joint project,
conducted, which seeks to enhance interoperabilityconducted, which seeks to enhance interoperability
among,digital,assets,schemata/vocabularies/among,digital,assets,schemata/vocabularies/
ontologies, meta data, and services.ontologies, meta data, and services.
66 NextBioNextBio NextBioNextBio
SoftwareSoftware
CompanyCompany
California USACalifornia USA
20042004 A database consolidating high-throughput life sciencesA database consolidating high-throughput life sciences
experimental data tagged and connected via biomedicalexperimental data tagged and connected via biomedical
ontologies. Nextbio is accessible via a search engine interface.ontologies. Nextbio is accessible via a search engine interface.
The database currently supports gene or protein expressionThe database currently supports gene or protein expression
9. Sr.Sr.
NoNo
..
Projects ofProjects of
SemanticSemantic
WebWeb
Sponsored/Sponsored/
DevelopedDeveloped
byby
Year ofYear of
Starting/Starting/
FinishedFinished
Aims & ObjectivesAims & Objectives
77 LinkingLinking
Open DataOpen Data
The project isThe project is
sponsored by thesponsored by the
W3C's Semantic WebW3C's Semantic Web
Education & OutreachEducation & Outreach
Interest GroupInterest Group
(SWEO).(SWEO).
Sept 2008Sept 2008 Linking Open Data project, as of - a community-led effort to createLinking Open Data project, as of - a community-led effort to create
openly accessible, and interlinked, RDF (Resource Descriptionopenly accessible, and interlinked, RDF (Resource Description
Framework) Data on the Web.Framework) Data on the Web.
88 InsemtivesInsemtives European SeventhEuropean Seventh
Framework ProgramFramework Program
(FP7)(FP7)
Insemtives is a -funded project with the objective to bridge the gapInsemtives is a -funded project with the objective to bridge the gap
between human and computational intelligence for the semanticbetween human and computational intelligence for the semantic
content authoring.content authoring.
99 SemanticSemantic
MediaWikMediaWik
ii
The WikiProject "Semantic MediaWiki" provides a commonThe WikiProject "Semantic MediaWiki" provides a common
platform for discussing extensions of the MediaWiki software thatplatform for discussing extensions of the MediaWiki software that
allow for simple, machine-based processing of Wiki-content.allow for simple, machine-based processing of Wiki-content.
1010 SWANSWAN
(Semantic(Semantic
WebWeb
ApplicatioApplicatio
ns inns in
NeuromediNeuromedi
cine)cine)
SWAN is a Web-based collaborative program that aims toSWAN is a Web-based collaborative program that aims to
organize and annotate scientific knowledge about Alzheimerorganize and annotate scientific knowledge about Alzheimer
disease (AD) and other neurodegenerative disorders. Its goal is todisease (AD) and other neurodegenerative disorders. Its goal is to
facilitate the formation, development and testing of hypothesesfacilitate the formation, development and testing of hypotheses
about the disease. swan.mindinformatics.orgabout the disease. swan.mindinformatics.org
1111 CommunitCommunit
y Projectsy Projects
W3C Semantic WebW3C Semantic Web
Education andEducation and
Outreach (SWEO)Outreach (SWEO)
Interest Group wishes to encourage a community of developers toInterest Group wishes to encourage a community of developers to
come together to work on some Semantic Web projects. This rallycome together to work on some Semantic Web projects. This rally
has the goal of using our collective input to generating real runninghas the goal of using our collective input to generating real running
code, that can help us to demonstrate the value of the Semanticcode, that can help us to demonstrate the value of the Semantic
Web to a wide user base.Web to a wide user base.
1212 SWAD-SWAD-
EuropeEurope
projectproject
EUEU Started MayStarted May
2002 to2002 to
October 2004October 2004
aimed to support W3C's Semantic Web initiative in Europe,aimed to support W3C's Semantic Web initiative in Europe,
providing targeted research, demonstrations and outreach toproviding targeted research, demonstrations and outreach to
ensure Semantic Web technologies move into the mainstream ofensure Semantic Web technologies move into the mainstream of
networked computingnetworked computing
http://www.w3.org/2001/sw/Europe/http://www.w3.org/2001/sw/Europe/
10. Sr.Sr.
NoNo
..
Projects ofProjects of
SemanticSemantic
WebWeb
Sponsored/Sponsored/
DevelopedDeveloped
byby
Year ofYear of
Starting/Starting/
FinishedFinished
Aims & ObjectivesAims & Objectives
1313 Open DataOpen Data
on Semanticon Semantic
WebWeb
(SWOD)(SWOD)
w3c HCLSw3c HCLS
group's scientificgroup's scientific
publishing taskpublishing task
forceforce
Started inStarted in
20062006
The project have developed first version of the open source tool based onThe project have developed first version of the open source tool based on
WordPress blogger software and the ontologies being developed for the w3cWordPress blogger software and the ontologies being developed for the w3c
HCLS group's scientific publishing task force. This project will build onHCLS group's scientific publishing task force. This project will build on
top of the existing tool and ontologies, and also figure out the most practicaltop of the existing tool and ontologies, and also figure out the most practical
way to promote the adoption of the tool for promoting open data onway to promote the adoption of the tool for promoting open data on
semantic web.semantic web.
http://esw.w3.org/topic/SweoIG/TaskForces/CommunityProjectshttp://esw.w3.org/topic/SweoIG/TaskForces/CommunityProjects
1414 SemWeb2oSemWeb2o Develop a service oriented website that allows users to edit, publish, hostDevelop a service oriented website that allows users to edit, publish, host
and announce new RDF documents, in popular vocabularies, easily.and announce new RDF documents, in popular vocabularies, easily.
basically, FOAF-O-Matic-ish apps + PURL + The friendliest user interfacesbasically, FOAF-O-Matic-ish apps + PURL + The friendliest user interfaces
imaginable.imaginable.
http://esw.w3.org/topic/SweoIG/TaskForces/CommunityProjectshttp://esw.w3.org/topic/SweoIG/TaskForces/CommunityProjects
1515 "A History"A History
Book ForBook For
Tomorrow"Tomorrow"
This project includes an environment where historians would be able toThis project includes an environment where historians would be able to
compose and discuss their knowledge and the data would be obtainablecompose and discuss their knowledge and the data would be obtainable
through SPARQL.through SPARQL.
http://esw.w3.org/topic/SweoIG/TaskForces/CommunityProjectshttp://esw.w3.org/topic/SweoIG/TaskForces/CommunityProjects
1616 Knowee /Knowee /
contactcontact
organizerorganizer
Semantic WebSemantic Web
Education andEducation and
OutreachOutreach
(SWEO) Interest(SWEO) Interest
GroupGroup
,, The knowee project aims to create a webby address book based onThe knowee project aims to create a webby address book based on
Semantic Web technologies. We will keep things simple and lightweight. ASemantic Web technologies. We will keep things simple and lightweight. A
rather small subset of the huge (Sem)Web technology menu should get usrather small subset of the huge (Sem)Web technology menu should get us
most of the way.most of the way.
http://esw.w3.org/topic/SweoIG/TaskForces/CommunityProjectshttp://esw.w3.org/topic/SweoIG/TaskForces/CommunityProjects
knowee.orgknowee.org
1717 WeatherVieWeatherVie
w forw for
TabulatorTabulator
He proposes a weather view for Tabulator, but it should be ontology-based.He proposes a weather view for Tabulator, but it should be ontology-based.
http://esw.w3.org/topic/SweoIG/TaskForces/CommunityProjectshttp://esw.w3.org/topic/SweoIG/TaskForces/CommunityProjects
1818 PowderPowder
BrowserBrowser
ExtensionExtension
POWDER (Protocol for Web Description Resources) uses RDF-CL to make statementsPOWDER (Protocol for Web Description Resources) uses RDF-CL to make statements
about web content.http://esw.w3.org/topic/SweoIG/TaskForces/CommunityProjectsabout web content.http://esw.w3.org/topic/SweoIG/TaskForces/CommunityProjects
1919 ContentContent The purpose of this project is to develop a wiki on [www.contentlabel.org] so thatThe purpose of this project is to develop a wiki on [www.contentlabel.org] so that
11. Sr.Sr.
NoNo
..
Projects of SemanticProjects of Semantic
WebWeb
Sponsored/Sponsored/
DevelopedDeveloped
byby
Year ofYear of
Starting/Starting/
FinishedFinished
Aims & ObjectivesAims & Objectives
2020 Media WidgetsMedia Widgets Managing relationships of objects, attriubtes and processes Basically, yourManaging relationships of objects, attriubtes and processes Basically, your
standard desktop widgets, but based on the SPARQL JSON format forstandard desktop widgets, but based on the SPARQL JSON format for
maximum portability and scalability. Possibly investigate existing librarymaximum portability and scalability. Possibly investigate existing library
toolkits, and further SW activities. Look into JS-based agents, implementedtoolkits, and further SW activities. Look into JS-based agents, implemented
as widgets. Perhaps have tie-ins to IRC, Jabber, etc.as widgets. Perhaps have tie-ins to IRC, Jabber, etc.
http://esw.w3.org/topic/SweoIG/TaskForces/CommunityProjectshttp://esw.w3.org/topic/SweoIG/TaskForces/CommunityProjects
2121 Data, Information,Data, Information,
and Processand Process
Integration withIntegration with
Semantic WebSemantic Web
Services - ProjectServices - Project
DIP’s objective has been to develop and extend Semantic Web and WebDIP’s objective has been to develop and extend Semantic Web and Web
Service technologies in order to produce a new technology infrastructureService technologies in order to produce a new technology infrastructure
for Semantic Web Services (SWS) - an environment in which different webfor Semantic Web Services (SWS) - an environment in which different web
services can discover and cooperate with each other automatically.services can discover and cooperate with each other automatically.
http://dip.semanticweb.org/http://dip.semanticweb.org/
2222 Your partner inYour partner in
Research andResearch and
CommercialCommercial
ProjectsProjects
The Semantic Web has altered to a very dynamic and comprehensive issueThe Semantic Web has altered to a very dynamic and comprehensive issue
within the information-society. Whereas the years from 2001 to 2005 wherewithin the information-society. Whereas the years from 2001 to 2005 where
characterized as far-reaching direction settings by means of standard-characterized as far-reaching direction settings by means of standard-
definitions and developing of basic technologies there has been a livelydefinitions and developing of basic technologies there has been a lively
convergence with other issues as Web 2.0, new media technologies orconvergence with other issues as Web 2.0, new media technologies or
bioinformatics. www.semanticweb.at/4.projects.htmbioinformatics. www.semanticweb.at/4.projects.htm
2323 Semantic WebSemantic Web
Portal ProjectPortal Project
It is our mission to create a Semantic Web Portal, demonstrating theIt is our mission to create a Semantic Web Portal, demonstrating the
maturity of Semantic Web technology in a real application. sw-maturity of Semantic Web technology in a real application. sw-
portal.deri.orgportal.deri.org
2424 Corporate SemanticCorporate Semantic
WebWeb
Corporate Semantic Web invites businesses to state their interest inCorporate Semantic Web invites businesses to state their interest in
Semantic Web technologies and to describe individual business-cases whichSemantic Web technologies and to describe individual business-cases which
will be examined and evaluated with regard to innovative methods andwill be examined and evaluated with regard to innovative methods and
tools designed by the research group.tools designed by the research group.
www.corporate-semantic-web.dewww.corporate-semantic-web.de
12. 2525 DBin.orgDBin.org May,May,
20062006
DBin is instead a general purpose and user oriented W3C Semantic WebDBin is instead a general purpose and user oriented W3C Semantic Web
empowered application .verion 0.4 "Barbera" has been released on 10 May,empowered application .verion 0.4 "Barbera" has been released on 10 May,
20062006
r www.dbin.orgr www.dbin.org
2626 KIWI:KIWI:
KnowledgeKnowledge
in a Wikiin a Wiki
ProjectProject
start isstart is
MarchMarch
20082008
The objective of the project KIWI is to develop an advanced knowledgeThe objective of the project KIWI is to develop an advanced knowledge
management system (the “KIWI system”) based on a semantic wiki that willmanagement system (the “KIWI system”) based on a semantic wiki that will
address this problem. This system will support collaborative knowledgeaddress this problem. This system will support collaborative knowledge
creation and sharing, and use semantic descriptions and reasoning as a meanscreation and sharing, and use semantic descriptions and reasoning as a means
to intelligently author, change and deliver content.to intelligently author, change and deliver content.
KIWI“ is a EU FP7 small- or medium scale focused research project (STREP).KIWI“ is a EU FP7 small- or medium scale focused research project (STREP).
2727 ECOIECOI ecoi.net provides up-to-date and publicly available country of originecoi.net provides up-to-date and publicly available country of origin
information with a special focus on the needs of asylum lawyers, refugeeinformation with a special focus on the needs of asylum lawyers, refugee
counsels and persons deciding on claims for asylum and other forms ofcounsels and persons deciding on claims for asylum and other forms of
international protection.international protection.
2828 Sem'baseSem'base startedstarted
inin
FebruaryFebruary
20062006
finishedfinished
itsits
activitiesactivities
inin
NovembeNovembe
r 2006.r 2006.
sem'base is an awareness measure in the programme FIT-IT Semantic Systemsem'base is an awareness measure in the programme FIT-IT Semantic System
The project goals:The project goals:
•Survey and interviews with key playersSurvey and interviews with key players
•Awareness building for semantic technologies at the European Forum inAwareness building for semantic technologies at the European Forum in
Alpbach 2006 and at the topic related conferences I-KNOW 06 and SemanticsAlpbach 2006 and at the topic related conferences I-KNOW 06 and Semantics
0606
•Gap analysis indicating the opportunities and weaknesses of the semanticGap analysis indicating the opportunities and weaknesses of the semantic
systems sector in Austriasystems sector in Austria
2929 SemNetMan:SemNetMan:
Semantic-Semantic-
basedbased
Network-Network-
ManagementManagement
. FFG-. FFG-
sponsoredsponsored
projectproject
runningrunning
1818
monthsmonths
fromfrom
2005 to2005 to
20062006
The project "SemNetMan" (semantic-based Network-Management) isThe project "SemNetMan" (semantic-based Network-Management) is
combining two methods that both are relevant for the cross-linked knowledgecombining two methods that both are relevant for the cross-linked knowledge
society: The Social Network Analysis (SNA) and the techniques of Semanticsociety: The Social Network Analysis (SNA) and the techniques of Semantic
Web.The emerging method should enable efficient Network-ManagementWeb.The emerging method should enable efficient Network-Management
within especially defined project-needs and environments.within especially defined project-needs and environments.
www.semanticweb.at/19.6213.projects-do wn loads.htmwww.semanticweb.at/19.6213.projects-do wn loads.htm
Sr.Sr.
NoNo
..
Projects ofProjects of
Semantic WebSemantic Web
Sponsored/Sponsored/
DevelopedDeveloped
byby
Year ofYear of
Starting/Starting/
FinishedFinished
Aims & ObjectivesAims & Objectives
13. Sr.Sr.
NoNo
..
Projects of SemanticProjects of Semantic
WebWeb
Sponsored/Sponsored/
DevelopedDeveloped
byby
Year ofYear of
Starting/Starting/
FinishedFinished
Aims & ObjectivesAims & Objectives
3030 Semantic WebSemantic Web
SpacesSpaces
SeptemberSeptember
1, 20061, 2006
Semantic Web Spaces is a Coordination Middleware forSemantic Web Spaces is a Coordination Middleware for
the Semantic Web. Semantic Web Spaces is based onthe Semantic Web. Semantic Web Spaces is based on
Linda and it extends classical Linda model with newLinda and it extends classical Linda model with new
types of tuples, containing RDF statements and newtypes of tuples, containing RDF statements and new
coordination primitives.coordination primitives.
•release1.0release1.0
•semwebspaces1.0semwebspaces1.0
3131 INFRAWEBSINFRAWEBS
(Intelligent(Intelligent
Framework forFramework for
GeneratingGenerating
OpenOpen
(Adaptable)(Adaptable)
DevelopmentDevelopment
Platforms forPlatforms for
Web-Service )Web-Service )
European ISTEuropean IST
ProjectProject
1st August1st August
2004,2004,
ProjectProject
DurationDuration
30 months30 months
The main INFRAWEBS project focus and objective is theThe main INFRAWEBS project focus and objective is the
development of an application-oriented software toolsetdevelopment of an application-oriented software toolset
for creating, maintaining and executing WSMO-basedfor creating, maintaining and executing WSMO-based
Semantic Web Services (SWS) within their whole lifeSemantic Web Services (SWS) within their whole life
cycle.cycle.
3232 Semantic webSemantic web
projectproject
““InterfaceInterface
Development forDevelopment for
HypermediaHypermedia
Applications inApplications in
SemanticSemantic
Web”Web”
Tue, 1 JanTue, 1 Jan
20082008
He couldn't find much relevant information for hisHe couldn't find much relevant information for his
project.. :thinking: He needs some help from expertsproject.. :thinking: He needs some help from experts
olists.w3.org/Archives/Public/semanticweb/2008Jalists.w3.org/Archives/Public/semanticweb/2008Ja
n/0001.htmln/0001.html
o
14. 3333 Project HaloProject Halo projectproject
partners at thepartners at the
Institute AIFBInstitute AIFB
of theof the
University ofUniversity of
Karlsruhe, andKarlsruhe, and
thethe
Saarbrücken-Saarbrücken-
based Germanbased German
ResearchResearch
Center forCenter for
ArtificialArtificial
Intelligence.Intelligence.
Seattle-based Vulcan Inc (http://www.vulcan.com) has created theSeattle-based Vulcan Inc (http://www.vulcan.com) has created the
long-term research program Project Halolong-term research program Project Halo
(http://www.projecthalo.com) to develop a “Digital Aristotle” that(http://www.projecthalo.com) to develop a “Digital Aristotle” that
can serve as a comprehensive computer knowledge base andcan serve as a comprehensive computer knowledge base and
problem-solving system for the natural sciences. Project Halo isproblem-solving system for the natural sciences. Project Halo is
developing technologies for low-cost, highly-scalable modeling ofdeveloping technologies for low-cost, highly-scalable modeling of
basic scientific knowledge -- primarily physics, chemistry, andbasic scientific knowledge -- primarily physics, chemistry, and
biology at the American AP level -- and developing methods forbiology at the American AP level -- and developing methods for
automatically answering sophisticated scientific questions posedautomatically answering sophisticated scientific questions posed
in English. www.semanticweb.org/wiki/Project_Haloin English. www.semanticweb.org/wiki/Project_Halo
3434 Cathnet.org ProjectsCathnet.org Projects This is a Catholic Semantic Web implementation project toThis is a Catholic Semantic Web implementation project to
provide rich access to theological documents. This is a Catholicprovide rich access to theological documents. This is a Catholic
Semantic Web project for users to share, process and collectSemantic Web project for users to share, process and collect
Semantic Web information, such as Parish Mass times, youthSemantic Web information, such as Parish Mass times, youth
group events and theologically rich interaction.group events and theologically rich interaction.
catholicsemanticweb.org/projectscatholicsemanticweb.org/projects
Sr.Sr.
NoNo
..
Projects of SemanticProjects of Semantic
WebWeb
Sponsored/Sponsored/
DevelopedDeveloped
byby
Year ofYear of
Starting/Starting/
FinishedFinished
Aims & ObjectivesAims & Objectives
3535 Muddy Boots projectMuddy Boots project BBCBBC process inprocess in
20072007
The system's main aim is to 'unambiguously identify the main actors in aThe system's main aim is to 'unambiguously identify the main actors in a
BBC news story'BBC news story' Once the main actors/entities have been identified in aOnce the main actors/entities have been identified in a
story, they need a unique reference to describe them (to ensure that thestory, they need a unique reference to describe them (to ensure that the
entities are unambiguous). In the original Muddy Boots projectentities are unambiguous). In the original Muddy Boots project
Wikipedia was used as the main data source, in this project DBpedia isWikipedia was used as the main data source, in this project DBpedia is
used as it provides an easier query interface, with a richer, semanticallyused as it provides an easier query interface, with a richer, semantically
linked dataset.linked dataset.
3636 MindswapMindswap
((Maryland InformationMaryland Information
and Network Dynamicsand Network Dynamics
Lab Semantic Web AgentsLab Semantic Web Agents
Project )Project )
The SemanticThe Semantic
Web ResearchWeb Research
GroupGroup
Semantic Web technology inside the MIND LAB at University ofSemantic Web technology inside the MIND LAB at University of
Maryland Institute for Advanced Computer Studies.Maryland Institute for Advanced Computer Studies.
www.mindswap.orgwww.mindswap.org
15. Sr.Sr.
No.No.
Projects ofProjects of
Semantic WebSemantic Web
Sponsored/Sponsored/
DevelopedDeveloped
byby
Year ofYear of
Starting/Starting/
FinishedFinished
Aims & ObjectivesAims & Objectives
3737 METEOR-SMETEOR-S The METEOR-S project at the LSDIS Lab, University ofThe METEOR-S project at the LSDIS Lab, University of
Georgia aims to extend these standards with Semantic WebGeorgia aims to extend these standards with Semantic Web
technologies to achieve greater dynamism andscalability.technologies to achieve greater dynamism andscalability.
lsdis.cs.uga.edu/projects/meteor-slsdis.cs.uga.edu/projects/meteor-s
3838 Semantic WebSemantic Web
project in the Dellproject in the Dell
Social InnovationSocial Innovation
CompetitionCompetition
3 Mar 20093 Mar 2009 The objective is to put all this technology into a real and practicalThe objective is to put all this technology into a real and practical
social action. Part of this competition is based on votes, so Isocial action. Part of this competition is based on votes, so I
would widely appreciate any votes onthis projectwould widely appreciate any votes onthis project
lists.w3.org/Archives/Public/semantic-welists.w3.org/Archives/Public/semantic-we
web/2009Mar/0026.htmlweb/2009Mar/0026.html
3939 Ensemble ProjectEnsemble Project
at Openat Open
Repositories 2009Repositories 2009
May 27th, 2009May 27th, 2009 ““The Ensemble Project: Using Fedora to Support theThe Ensemble Project: Using Fedora to Support the
Development of the Semantic Web for Education”, she describedDevelopment of the Semantic Web for Education”, she described
how the project was using the Fedora Digital Repository andhow the project was using the Fedora Digital Repository and
Mulgara Triplestore to allow teachers and learners to gain directMulgara Triplestore to allow teachers and learners to gain direct
access to data and incorporate it into teaching and learningaccess to data and incorporate it into teaching and learning
applications.applications.
www.ensemble.ac.uk/archives/category/semantic-webwww.ensemble.ac.uk/archives/category/semantic-web
4040 MITRE ProjectsMITRE Projects The Web Mashup Scripting Language (WMSL) enables an end-The Web Mashup Scripting Language (WMSL) enables an end-
user (you) working from his browser, e.g. not needing any otheruser (you) working from his browser, e.g. not needing any other
infrastructure, to quickly write mashups that integrate any two,infrastructure, to quickly write mashups that integrate any two,
or more, web services on the Web.or more, web services on the Web. semanticweb.mitre.orgsemanticweb.mitre.org
4141 CNI (ConnectionCNI (Connection
NetworkNetwork
Intelligence)Intelligence)
by IBM Chinaby IBM China
Research LabResearch Lab
Connection Network Intelligence(CNI) is an innovationConnection Network Intelligence(CNI) is an innovation
relationship analysis technology developed, The technology hasrelationship analysis technology developed, The technology has
been applied to several Asia stock market to help lenders,been applied to several Asia stock market to help lenders,
investors and regulators explore the non-obvious relationshipinvestors and regulators explore the non-obvious relationship
between entities on financial market, thus empower them makebetween entities on financial market, thus empower them make
better decision.better decision.
4242 CRAFTCRAFT
(Collaborative(Collaborative
Reasoning andReasoning and
AnalysisAnalysis
The Collaborative Reasoning and Analysis Framework andThe Collaborative Reasoning and Analysis Framework and
Toolkit (CRAFT) is a research prototype aimed at helpingToolkit (CRAFT) is a research prototype aimed at helping
analysts as they collect and share information to supportanalysts as they collect and share information to support
decisions.decisions.
16. Sr.Sr.
No.No.
Projects ofProjects of
Semantic WebSemantic Web
Sponsored/Sponsored/
DevelopedDeveloped
byby
Year ofYear of
Starting/Starting/
FinishedFinished
Aims & ObjectivesAims & Objectives
4343 MARIO (MashupMARIO (Mashup
Automation withAutomation with
Run-timeRun-time
Invocation andInvocation and
Orchestration)Orchestration)
The aim of the MARIO project is to support varying degrees ofThe aim of the MARIO project is to support varying degrees of
manual to automated composition in different kinds of systems. Inmanual to automated composition in different kinds of systems. In
particular MARIO focuses on flow-based information processingparticular MARIO focuses on flow-based information processing
applications, which are component assemblies arranged in a directedapplications, which are component assemblies arranged in a directed
acyclic graph (flow) of black-box components connected by data flowacyclic graph (flow) of black-box components connected by data flow
links.links.
4444 MetadataMetadata
InteroperabilityInteroperability
FrameworkFramework
leveragingleveraging
Semantic WebSemantic Web
Researchers atResearchers at
China ResearchChina Research
Lab and WatsonLab and Watson
Research CenterResearch Center
The project,The project,
begun in 2008,begun in 2008,
Addressing the management and interweaving of diverse kinds of ITAddressing the management and interweaving of diverse kinds of IT
Metadata in the Metadata Interoperability Framework.Metadata in the Metadata Interoperability Framework.
http://www.alphaworks.ibm.com/tech/wssemhttp://www.alphaworks.ibm.com/tech/wssem
4545 SHER (ScalableSHER (Scalable
Highly ExpressiveHighly Expressive
Reasoner)Reasoner)
SHER is an OWL reasoner that is designed to provide semanticSHER is an OWL reasoner that is designed to provide semantic
querying of large relational datasets using OWL ontologies. SHERquerying of large relational datasets using OWL ontologies. SHER
(Scalable Highly Expressive Reasoner) is a breakthrough technology(Scalable Highly Expressive Reasoner) is a breakthrough technology
that provides ontology analytics (OWL-DL without nominals) overthat provides ontology analytics (OWL-DL without nominals) over
highly expressive ontologies.highly expressive ontologies.
domino.research.ibm.com/.../semanticweb.Semantic Webdomino.research.ibm.com/.../semanticweb.Semantic Web
Projects.htmlProjects.html
4646 The SemanticThe Semantic
NaturalistNaturalist
29 May, 200829 May, 2008 The use of macroinvertebrates as biological indicators of water qualityThe use of macroinvertebrates as biological indicators of water quality
has a long history , and variants of the biotic index developed byhas a long history , and variants of the biotic index developed by
William Beck in the ’50s are currently in wide use in stream and riverWilliam Beck in the ’50s are currently in wide use in stream and river
monitoring efforts.monitoring efforts. EPA has an excellent collection of pages describingEPA has an excellent collection of pages describing
the nature of the pollution sensitivity of each taxon.the nature of the pollution sensitivity of each taxon.
cain.ice.ucdavis.edu/semanticnaturalistcain.ice.ucdavis.edu/semanticnaturalist
4747 Sir Tim Berners-Sir Tim Berners-
Lee: Semantic WebLee: Semantic Web
is open for businessis open for business
Richard Cyganiak maintains an evolving picture of the participants inRichard Cyganiak maintains an evolving picture of the participants in
this project, a snapshot of which is reproduced here.Impressive asthis project, a snapshot of which is reproduced here.Impressive as
these activities are, if we are to see a similar growth in the availabilitythese activities are, if we are to see a similar growth in the availability
of data from less philanthropic sources, there is a clear need forof data from less philanthropic sources, there is a clear need for
greater clarity with respect to the ‘proper’ use and reuse of data.greater clarity with respect to the ‘proper’ use and reuse of data.
blogs.zdnet.com/semantic-web/?p=105blogs.zdnet.com/semantic-web/?p=105
17. Sr.Sr.
No.No.
Projects ofProjects of
Semantic WebSemantic Web
Sponsored/Sponsored/
DevelopedDeveloped
byby
Year ofYear of
Starting/Starting/
FinishedFinished
Aims & ObjectivesAims & Objectives
4848 The SemanticThe Semantic
Web, Syllogism,Web, Syllogism,
and Worldviewand Worldview
publishedpublished
November 7, 2003November 7, 2003
An extension of the current web in which information is givenAn extension of the current web in which information is given
well-defined meaning, a place where machines can analyze allwell-defined meaning, a place where machines can analyze all
the data on the Web, even a Web in which machine reasoningthe data on the Web, even a Web in which machine reasoning
will be ubiquitous and devastatingly powerful.will be ubiquitous and devastatingly powerful.
www.shirky.com/writings/semantic_syllogism.htmlwww.shirky.com/writings/semantic_syllogism.html
4949 Palo Alto PAWSPalo Alto PAWS March 19, 2007March 19, 2007 Palo AltoPalo Alto
SemanticSemantic
Web (PAWS)Web (PAWS)
GroupGroup
Our discussion will include all Semantic Web technologies with aOur discussion will include all Semantic Web technologies with a
focus on current projects and potential project and startupfocus on current projects and potential project and startup
opportunities.semweb.meetup.com/26opportunities.semweb.meetup.com/26
5050 AKT RelatedAKT Related
ProjectsProjects
CROSI - Capturing, Representing, and OperationalisingCROSI - Capturing, Representing, and Operationalising
Semantic Integration. It aims to overcome these problems bySemantic Integration. It aims to overcome these problems by
working on a systematic approach toworking on a systematic approach to semantic integrationsemantic integration whichwhich
will enable us to: capture and expose semantics, codify them inwill enable us to: capture and expose semantics, codify them in
knowledge representation formats, and operationalise them forknowledge representation formats, and operationalise them for
the benefit of integration.http://www.aktors.org/crosithe benefit of integration.http://www.aktors.org/crosi
5151 SemanticWeb.orgSemanticWeb.org Semanticweb.org is the Semantic Web community portal. ItsSemanticweb.org is the Semantic Web community portal. Its
objective is to collect and explain tools and techniques, whichobjective is to collect and explain tools and techniques, which
will help to create the Semantic Web, and to be a forum forwill help to create the Semantic Web, and to be a forum for
people interested in the Semantic Web.http://semanticweb.org/people interested in the Semantic Web.http://semanticweb.org/
5252 POPSPOPS The POPS project focuses on one subset of the data problem,The POPS project focuses on one subset of the data problem,
namely, expertise location.namely, expertise location.
5353 Knowledge WebKnowledge Web EuropeanEuropean
CommissionCommission
11stst
Jan, 2004Jan, 2004 The mission of KnowledgeWeb is to strengthen the EuropeanThe mission of KnowledgeWeb is to strengthen the European
industry and service providers in one of the most importantindustry and service providers in one of the most important
areas of current computer technology: Semantic Web enabled E-areas of current computer technology: Semantic Web enabled E-
work and E-commerce.work and E-commerce.
knowledgeweb.semanticweb.orgknowledgeweb.semanticweb.org
33. ConclusionConclusion
•Now, with the advancement of technology,Now, with the advancement of technology,
new ideas are developing. The “Semantic Webnew ideas are developing. The “Semantic Web
is the one. The Semantic Web is an extension ofis the one. The Semantic Web is an extension of
the current Web and is a component of Web 3.0.the current Web and is a component of Web 3.0.
It is a web of data. Semantic Web technologiesIt is a web of data. Semantic Web technologies
can be used in a variety of application areas.can be used in a variety of application areas.
•There are many variety of projects developingThere are many variety of projects developing
with the help of Semantic Web which arewith the help of Semantic Web which are
explained in the tables with their objectives.explained in the tables with their objectives.
These projects plays a exclusive role in theThese projects plays a exclusive role in the
information technology world and extendinginformation technology world and extending
the web day by day.the web day by day.
34. References:References:
• http://en.wikipedia.org/wiki/Semantic_Webhttp://en.wikipedia.org/wiki/Semantic_Web
(Accessed on 22/5/09)(Accessed on 22/5/09)
• www.w3.org/2001/sw/ - 59k (Accessed on 22/5/09)www.w3.org/2001/sw/ - 59k (Accessed on 22/5/09)
• www.w3.org/2001/sw/ - 59k (Accessed on 29/5/09)www.w3.org/2001/sw/ - 59k (Accessed on 29/5/09)
• www.youtube.com (Accessed on 29/5/09)www.youtube.com (Accessed on 29/5/09)
• mitworld.mit.edu (Accessed on 29/5/09)mitworld.mit.edu (Accessed on 29/5/09)
• http://www.webopedia.com/ (Accessed on 01/6/09)http://www.webopedia.com/ (Accessed on 01/6/09)
• infomesh.net/2001/swintro/infomesh.net/2001/swintro/ (Accessed on 01/6/09)(Accessed on 01/6/09)