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What is Semantic Web
1.
A project of the WWW consortium lead by Tim Berners Lee. The traditional WWW is characterized by documents coded in HTML (Hypertext Markup Language) (i.e., carrying pure metadata for
Web
search engines). The
Semantic Web
is designed for exchange of documents carrying machine-readable
semantic
information generated through XML (eXentsible Markup Language) or RDF (Resource Description Framework). This does not mean that the computer comprehends the content, it just means that the computer is able to process well-defined problems by pattern matching.
Learn more in: The European Approach Towards Digital Library Education: Dead End or Recipe for Success?
2.
A set of technical standards and processes designed to encourage a
Web
of data which is not only machine-readable but machine comprehensible.
Learn more in: Blockchain Applications in Lifelong Learning and the Role of the Semantic Blockchain
3.
W3C’s vision for
Web
of linked data empowered by technologies such as RDF, SPARQL, OWL, and SKOS
Learn more in: Customer Relationship Management as an Imperative for Academic Libraries: A Conceptual Model-121 E-Agent Framework
4.
The
Semantic Web
is an evolving extension of the World Wide
Web
in which the
semantic
s of information and services on the
web
is defined, making it possible for the
web
to understand and satisfy the requests of people and machines to use the
web
content. It derives from W3C director Tim Berners-Lee's vision of the
Web
as a universal medium for data, information, and knowledge exchange.
Learn more in: Towards Web 3.0: A Unifying Architecture for Next Generation Web Applications
5.
The evolution of the current World Wide
Web
in a way that it is also machine understandable in addition to being human understandable.
Learn more in: Matching Relational Schemata to Semantic Web Ontologies
6.
An evolving extension of the World Wide
Web
in which the
semantic
s of information and services on the
web
is defined, making it possible for the
web
to understand and satisfy the requests of people and machines to use the
web
content.
Learn more in: Convergence in Mobile Internet with Service Oriented Architecture and Its Value to Business
7.
is an evolving extension of the World Wide
Web
in which the
semantic
s of information is defined, making it possible to understand and satisfy the requests of people and machines to use the
web
content.
Learn more in: Semantic Web Technologies in the Service of Personalization Tools
8.
An extension of the world wide
web
and a common framework that allows data to be shared and reused across application, enterprise, and community boundaries.
Learn more in: New Personal Learning Ecosystems: A Decade of Research in Review
9.
The
Semantic Web
provides a common framework that allows data to be shared and reused across applications, enterprises, and community boundaries. It is a collaborative effort led by W3C with the participation of a large number of researchers and industrial partners.
Learn more in: OWL: Web Ontology Language
10.
An extension of the current
Web
in which information is given well-defined meaning, enabling people and machines to connect, evolve, share, and use knowledge in a better way.
Learn more in: An Agent-Based B2C Electronic Market in the Next-Generation Internet
11.
The framework that allows data to be shared and reused across all applications, enterprises, and community boundaries, where computers are used to extract and interpret rather than post and render information for users (Pileggi, Fernandez:Llatas, Traver, 2012 AU37: The in-text citation "Llatas, Traver, 2012" is not in the reference list. Please correct the citation, add the reference to the list, or delete the citation. ).
Learn more in: Virtual Research Integrity
12.
The
Semantic Web
is considered to be the next generation of the
Web
, where both human and intelligent agents will be sharing information on a
semantic
basis (Berners-Lee, 2000).
Learn more in: A Review of Emerging Technological Trends in E-Learning
13.
Provides us with common formats for the interchange of data related to real world objects. It is similar to the WWW, which enables the interchange of documents, but aims to become an environment for automated processing in addition to human browsing.
Learn more in: Relationships between Wireless Technology Investment and Organizational Performance
14.
Extension of the hypertext World Wide
Web
in which the
semantic
s of information is provided to allow automated searching, understanding and processing of the content.
Learn more in: The Impacts of Semantic Technologies on Industrial Systems
15.
A framework that allows data on the
web
to be shared and reused across application, enterprise and community boundaries. The framework is realized through metadata annotations serialized using standard representations like RDF.
Learn more in: Geospatial and Temporal Semantic Analytics
16.
Information processing model in which computers can explicitly associate meanings or parse relationships between data without direct human intervention.
Learn more in: A Framework for Semantic Grid in E-Science
17.
An extension of the existing World Wide
Web
, which provides software programs with machine-interpretable metadata of the published information and data.
Semantic Web
technologies enable people to create data stores on the
Web
, build vocabularies, and write rules for handling data.
Learn more in: Knowledge Organisation in Academic Libraries: The Linked Data Approach
18.
An extension of the current
Web
, proposed by Tim Berners-Lee, in which information is given a well-defined meaning. The
semantic Web
would allow software agents, as well as humans, to access and process information content.
Learn more in: Semantic E-Business Challenges and Directions
19.
Information processing model in which computers using resource description framework (RDF) and other technologies can explicitly associate meanings or parse relationships between data without human intervention.
Learn more in: Database Integration in the Grid Infrastructure
20.
It is an extension of the current
Web
where resources are described through formal syntax and
semantic
s in order to be human- and machine-readable.
Learn more in: Developing Rule-Based Web Applications: Methodologies and Tools
21.
The
Semantic Web
project is a shared research plan that aims to provide explicit
semantic
meaning to data and knowledge on the World Wide
Web
. One of the goals of the
Semantic Web
is to enable applications to integrate data and knowledge automatically through the use of standardized languages that describe the content of
Web
-accessible resources.
Learn more in: Using the Semantic Web Rule Language in the Development of Ontology-Driven Applications
22.
The
Semantic Web
is an evolving development of the World Wide
Web
in which the meaning (
semantic
s) of information and services on the
web
is defined, making it possible for the
web
to understand and satisfy the requests of people and machines to use the
web
content. It derives from World Wide
Web
Consortium director Sir Tim Berners-Lee’s vision of the
Web
as a universal medium for data, information, and knowledge exchange.
Learn more in: An Ontology-Based Context-Aware Infrastructure for Smart Homes
23.
Semantic web
defines data and relations of the data significantly so that a common knowledge base will be provided among applications and more efficient search, integration and reuse operations will be provided.
Semantic web
provides and environment which human and machines can communicate.
Learn more in: Educational Ontology Development
24.
A collection of models, techniques and algorithms that aim at annotating
Web
content via
semantic
s, for more efficient search and indexing.
Learn more in: Searching Semantic Data Warehouses
25.
is a wide-ranging term describing one of the possible future steps of evolution of the World Wide
Web
. Though definitions of
Semantic Web
vary, they usually involve enriching documents and tools that form the
web
with domain-related information so their
semantic
s is not only obvious to human users but is also comprehensible for other computer programs.
Learn more in: Semantic Integration for Research Environments
26.
A perceived evolution of the
Web
that adds technological infrastructure for better knowledge representation, interpretation, and reasoning.
Learn more in: Embracing the Social Web for Managing Patterns
27.
An initiative to augment unstructured
Web
content as structured information and to improve the efficiency of
Web
information discovery and machine-readability.
Learn more in: Service Discovery with Rough Sets
28.
A
web
technology where the application is capable enough to understand the meaning of data. To implement this vision, Tim B. Lee proposed a layer cake diagram (which has been upgraded a lot) which works with the vocabularies like RDF, RDFS, OWL, SPARQL etc. This can be considered as a semi-automatic
web
.
Learn more in: Intelligence in Web Technology
29.
An extension of the current
Web
that adds technological infrastructure for better knowledge representation, interpretation, and reasoning.
Learn more in: Establishing the Credibility of Social Web Applications
30.
The
Semantic Web
is an extension of the current
web
in which information is given well-defined meaning, better enabling computers and people to work in cooperation.
Learn more in: Towards Supporting Interoperability in e-Invoicing Based on Semantic Web Technologies
31.
The
Semantic Web
started from a vision of Tim Berners-Lee, James Hendler and Ora Lassila and it is still work in progress. Basically, the
Semantic Web
is an evolution of the World Wide
Web
in which machines (i.e., software processes) can, at some extent, “understand” the meaning of the information and services available on it and, in some cases, can also “reason” about them. These understanding and automatic reasoning capabilities are supported by the usage of standards and technologies that enable the description of
Web
resources (possibly by means of metadata) and to specify concepts and properties in a machine-readable form.
Learn more in: How Semantic Web Technologies can Support the Mediation between Supply and Demand in the ICT Market: The Case of Customer Relationship Management
32.
A technology extending the world wide
web
(WWW) through the standards by the world wide
web
consortium (W3C). The technology provides a common framework that allows data to be shared and reused across application, enterprise, and community boundaries. The technology is regarded as an integrator across different content, information applications, and systems.
Learn more in: Smart Museum: Semantic Approach to Generation and Presenting Information of Museum Collections
33.
Extension of the current
web
to promote the cooperation between computers and people based on well-defined meaning of the information.
Learn more in: Impact of Industry 4.0 in Architecture and Cultural Heritage: Artificial Intelligence and Semantic Web Technologies to Empower Interoperability and Data Usage
34.
The
Semantic Web
is a vision of an extension of the current
web
in which data are given meaning through the use of a series of technologies.
Learn more in: An Ambient Intelligent Prototype for Collaboration
35.
The idea of which is to enhance text on the
web
by
semantic
information to make it machine understandable.
Learn more in: Using the Web While Offline: A Case Comparison
36.
The
Semantic Web
is an extension of the
Web
through standards by the World Wide
Web
Consortium (W3C). The standards promote common data formats and exchange protocols on the
Web
, most fundamentally the Resource Description Framework (RDF).
Learn more in: Knowledge Acquisition on Dante Alighieri's Works
37.
Semantic Web
(
Web
3.0) elements will be included in the future advertising narrative.
Web
3.0 is also known as
semantic web
.
Learn more in: New Communication Strategies and the Future of Advertising Narration
38.
The
Semantic Web
is an on-going project to extend the World Wide
Web
(WWW) to permit humans and machines to collaborate efficiently. As envisioned by Berners-Lee (2007), inventor of WWW (and
web
languages URI, HTTP, and HTML), the future
Web
should evolve into a universal exchange for data, information and knowledge. Without a universal standard for machine access, HTML data is difficult to use on a large scale. The
Semantic Web
solves this problem with an efficient global mesh for information access by humans and machines.
Learn more in: Applying an Organizational Uncertainty Principle: Semantic Web-Based Metrics
39.
The extension of the current
Web
where information is given well-defined meaning, enabling computers and people to work in better cooperation.
Learn more in: Rule-Based OWL Ontology Reasoning Systems: Implementations, Strengths, and Weaknesses
40.
Model for the World Wide
Web
where the meaning of data is stored and transferred. In this model, computer systems can understand data and infer action without human intervention.
Learn more in: Representing Culture via Agile Collaboration
41.
An extension of the World Wide
Web
in which the
semantic
s of the offered informational and transactional resources are provided and represented in a machine-understandable manner.
Learn more in: Semantic Web and Adaptivity: Towards a New Model
42.
The
Semantic Web
is a new technology that intends to create a universal medium for information and knowledge exchange by putting documents with computer-processable meaning (
semantic
s) on the World Wide
Web
.
Learn more in: A Framework for Knowledge Management in E-Government
43.
The
Semantic Web
is the extension to the existing
Web
which gives a well-defined meaning to
Web
resources by describing and annotating them with a suitable language.
Semantic Web
by using ontologies provides a shared vocabulary for the specification of device and service information.
Semantic web
uses
semantic
annotation to facilitate the software / intelligent agents to process the data ( Fensel et al., 2000 ).
Learn more in: Service Discovery Framework for Distributed Embedded Real-Time Systems
44.
An extension of the current
Web
that adds technological infrastructure for better knowledge representation, interpretation, and reasoning.
Learn more in: Towards Formulation of Principles for Engineering Web Applications
45.
Is an extension of the current World Wide
Web
that links information and services on the
web
through meaning and allows people and machines use
web
content in more intelligent and intuitive ways.
Learn more in: Representing and Sharing Tagging Data Using the Social Semantic Cloud of Tags
46.
Framework that extends the World Wide
Web
in order to enhance interoperability and common understanding of data.
Learn more in: Semantic Web Platforms for Bioinformatics and Life Sciences
47.
Extension of the current
Web
that provides an efficient way to find, share, reuse and combine knowledge. The
Semantic Web
provides common formats for the interchange of data, which is based on machine readable information and builds on XML technology's capability to define customized tagging schemes and RDF's (Resource Description Framework) flexible approach to representing data.
Learn more in: Semantic Framework for an Efficient Information Retrieval in the E-Government Repositories
48.
The
semantic web
is an extension of the world wide
web
through standards by the world wide
web
consortium (W3C).
Learn more in: Educational Activity Suggestion System of Children With Pervasive Developmental Disorder for Guiding Education and Training Staff Activities
49.
The best and most well known definition of the
semantic Web
is given by its inventor, Tim Berners-Lee in the May, 2001 issue of Scientific American as “ The
Semantic Web
is not a separate
Web
but an extension of the current one, in which information is given well-defined meaning, better enabling computers and people to work in cooperation. ” To achieve this goal, a data model called resource description framework (RDF), several data interchange formats like RDF/XML and N3, notations called RDF schema (RDFS) and the
Web
ontology language (OWL) have been developed and proposed by the World Wide
Web
Consortium (W3C) to give formal descriptions of concepts, terms, and relationships in a domain.
Learn more in: Semantic Web in E-Government
50.
is an extension of the current
Web
in which data and information on the
Web
are defined and linked in a way that it can be used by computers not only for display purposes, but for automation, integration, and reuse of data across various applications. The
Semantic Web
allows computers to make more sense of the information on the
Web
with the result of facilitating better cooperation between computers and people.
Learn more in: The Geospatial Semantic Web: What are its Implications for Geospatial Information Users?
51.
An evolving area of
Web
related science allowing the meaning of various forms of communication to be defined and thoroughly understood, enabling the
Web
to be used effectively as a universal store for data, information and knowledge. Allowing the effective linkage and prioritization of themes, words, pictures and other data elements in a meaningful way.
Learn more in: Search Engines: Past, Present, and Future
52.
Is where content is overvalued and isolated data is transformed into information that generates broad knowledge about any subject or Internet user, this data in the form of codes and symbols of all kinds, such as age, gender, photos, messages, frequency in a site, delivers personalized results according to characteristics, creating a reflection of online behavior.
Learn more in: An Overview and Technological Background of Semantic Technologies
53.
The
Semantic Web
constitutes an environment in which human and machine agents will communicate on a
semantic
basis. It is to be achieved via
semantic
mark up and metadata annotations that describes content and functions.
Learn more in: Teaching and Learning with Mobile Technologies
54.
Abstract representation of data on the World Wide
Web
, based on the RDF standards. It is an extension of the current
Web
that provides an easier way to find, share, reuse and combine information more easily
Learn more in: Accessing, Analyzing, and Extracting Information from User Generated Contents
55.
An extension of the current
Web
, proposed by Tim Berners-Lee, in which information is given a well-defined meaning. The
Semantic Web
would allow software agents, as well as humans, to access and process information content.
Learn more in: E-Learning and Semantic Technologies
56.
The
Web
formed by
semantic
ally structured information which is machine-readable.
Learn more in: The State of the Art in Web Mining
57.
Extension of the World Wide
Web
in which the content is expressed in a way that is readable by software agents.
Learn more in: WikiCity: Real-Time Location-Sensitive Tools for the City
58.
The
Semantic Web
is an evolving extension of the World Wide
Web
in which the
semantic
s of information and services on the
web
is defined, making it possible for the
web
to understand and satisfy the requests of people and machines to use the
web
content. It derives from W3C director Tim Berners-Lee’s vision of the
Web
as a universal medium for data, information, and knowledge exchange.
Learn more in: Combining Semantic Web and Web 2.0 Technologies to Support Cultural Applications for Web 3.0
59.
The
Semantic Web
is an extension of the current
Web
in which information is given a well-defined meaning, better enabling computers and people to work in cooperation. The mix of content on the
Web
has been shifting from exclusively human-oriented content to more and more data content. The
Semantic Web
brings to the
Web
the idea of having data defined and linked in a way that it can be used for more effective discovery, automation, integration, and reuse across various applications. For the
Web
to reach its full potential, it must evolve into a
Semantic Web
, providing a universally accessible platform that allows data to be shared and processed by automated tools as well as by people. [W3C]
Learn more in: EduOntoWiki Project for Supporting Social, Educational, and Knowledge Construction Processes with Semantic Web Paradigm
60.
an extension of the World Wide
Web
, aiming at defining the
web
content as a machine-understandable information which can be searched, collected and managed by software agents
Learn more in: Wiki Semantics via Wiki Templating
61.
The
Semantic Web
is an evolving extension of the World Wide
Web
in which the
semantic
s of information and services on the
web
is defined, making it possible for the
web
to understand and satisfy the requests of people and machines to use the
Web
content. It derives from W3C director Tim Berners-Lee’s vision of the
Web
as a universal medium for data, information, and knowledge exchange.
Learn more in: The Generative Potential of Appreciative Inquiry as an Essential Social Dimension of the Semantic Web
62.
An extension of the current
Web
by giving well-defined meaning to
Web
resources.
Learn more in: Semantic Web Uncertainty Management
63.
An evolution of the
web
that will employ more advanced representations of content in order to enable effective services based on the meaning of content.
Learn more in: Main Features and Types of Educational Use of Wiki Technology
64.
An extension of the
Web
incorporating
semantic
information to allow machines to understand the information contained on the
Web
.
Learn more in: Semantic Annotation and Retrieval of Images in Digital Libraries
65.
Envisioned by Tim Berners-Lee, the
semantic web
is as a universal medium for data, information, and knowledge exchange. It suggests to annotate
web
resources with machine-processable metadata.
Learn more in: Mapping Ontologies by Utilising Their Semantic Structure
66.
A simplified world wide
web
that fosters human and computer interaction for effective management of data/information.
Learn more in: Prospects and Challenges of Web 3.0 Technologies Application in the Provision of Library Services
67.
A framework based on the Resource Description Framework (RDF) allowing data to be shared and reused across application, enterprise, and community boundaries.
Learn more in: Scientific Data Management and Visualization: A Service-Driven Integration Approach
68.
A proposed development of the
Web
in which data in
web
pages is structured and tagged so that it can be processed by machines instead of human operators.
Learn more in: Preserving Literacy Formats: Print, Digital, Audio-Visual, 3D, Virtual, and Augmented
69.
The vision of improving the internet making the content of the
web
more accessible to machines, this should enable agents to handle more complex task on behalf of the user. The
Semantic Web
initiative has given rise to standards such as RDF, OWL and SPARQL that aim to make representing information and exchanging information on the
web
possible.
Learn more in: Social Semantic Bookmarking with SOBOLEO
70.
evolving development of the World Wide
Web
in which the
semantic
s of information and services on the
web
is defined, making it possible for the
web
to understand and satisfy the requests of people and machines to use the
web
content.
Learn more in: An Innovative Architecture of a System for Storing and Managing Intangible Cultural Heritage
71.
An extension of World Wide
Web
providing standardized way where information systems understand the meaning of hyperlinked information and show relationships between
web
pages.
Learn more in: Online Information Retrieval Systems Trending From Evolutionary to Revolutionary Approach
72.
The extension of the current
Web
where information is given well-defined meaning, enabling computers and people to work in better cooperation.
Learn more in: An Ontological Business Process Modeling Approach for Public Administration: The Case of Human Resource Management
73.
An extension of the current
Web
that adds technological infrastructure for better knowledge representation, interpretation, and reasoning.
Learn more in: Extreme Programming for Web Applications
74.
The
Semantic Web
is a
Web
that is able to describe things in a way that computers can understand such as U” being a rock band from Dublin, Ireland. Statements are built with syntax rules. The syntax of a language defines the rules for building the language statements.
Learn more in: The Semantic Web
75.
The
semantic Web
is a
web
of data, like a global database. The
Web
was designed as an information space, with the goal that it should be useful not only for human-human communication, but also that machines would be able to participate and help. The
semantic Web
approach aims at developing languages for expressing information in a machine-processable form.
Learn more in: Text Mining
76.
An extension of the current
Web
in which information is given well-defined meaning, better enabling computers and people to work in cooperation. Berners-Lee, et al. (2001) said that in the context of the
Semantic Web
, the word
semantic
meant “machine-processable.” They explicitly ruled out the sense of natural language
semantic
s. For data, the
semantic
s convey what a machine can do with those data.
Learn more in: Data Integration: Introducing Semantics
77.
is a term coined by World Wide
Web
Consortium (W3C) director Sir Tim Berners-Lee. It describes methods and technologies to allow machines to understand the meaning - or “
semantic
s”- of information on the World Wide
Web
.
Learn more in: RDF Storage and Querying: A Literature Review
78.
An extension of the current
Web
, proposed by Tim Berners-Lee, in which information is given a well-defined meaning. The
Semantic Web
would allow software agents, as well as humans, to access and process information content. The most prevailing
Semantic Web
technologies are: XML, URIs, RDF,
Web
services, ontologies and intelligent agents.
Learn more in: Knowledge Management for E-Government Applications and Services
79.
A common interoperable framework in which information is given well-defined meaning such that the data and applications can be used by machine for more effective discovery, automation, integration, and reuse across various applications, enterprises and community boundaries.
Learn more in: Geospatial Semantic Web: Critical Issues
80.
It’s a concept proposed by Tim Berners-Lee inventor of World Wide
Web
. States that the
web
can be made more useful by using methods such as content tags to enable computers to understand what they’re displaying and to communicate effectively with each other. That, says Berners-Lee, will increase users’ ability to find the information they seek.
Learn more in: From Web to Web 2.0 and E-Learning 2.0
81.
An extension of the current
Web
that adds technological infrastructure for better knowledge representation, interpretation, and reasoning.
Learn more in: Addressing the Credibility of Web Applications
82.
An extension of ordinary
Web
comprised of various techniques, which should enable both humans and computers to read and process information available on the
Web
.
Learn more in: Semantic Approach to Knowledge Representation and Processing
83.
A
Web
of relations between resources together with well-defined metadata attached to those resources.
Learn more in: Semantic Association Analysis in Ontology-Based Information Retrieval
84.
The basic idea of the
semantic Web
project is to create a universally recognized medium for exchanging information by giving meaning (
semantic
s) to the contents of documents on the
Web
, in a way understandable by machines. The
semantic Web
extends World Wide
Web
features through the introduction of standards, markup languages (among which OWL—
Web
ontology language) and the related processing tools (e.g., inferential engines). The project is currently supervised by Tim Berners-Lee (the
Web
’s creator) of the World Wide
Web
Consortium.
Learn more in: Socio-Semantic Web for Sharing Knowledge
85.
An evolution of the
Web
that will employ more advanced representations of content in order to enable effective services based on the meaning of content.
Learn more in: Main Features and Types of Educational Use of Wiki Technology
86.
Implies the process or idea where content is made suitable for machine consumption rather than content that is only fit for human consumption.
Learn more in: Socio-Technical Challenges of Semantic Web: A Culturally Exclusive Proposition?
87.
Augmentation of online resources with unambiguous machine-readable descriptions of content or functions. While existing
web
resources are extended without modifying their original functionality, the boundary between human and automated understanding is abrogated.
Learn more in: Folksonomy: Creating Metadata through Collaborative Tagging
88.
The
semantic web
is an extension of the current
web
in which
semantic
is added to information in order to give a well-defined meaning to each resource and to enable computers and people to work in cooperation.
Learn more in: Proposition of a New Ontology-Based P2P System for Semantic Integration of Heterogeneous Data Sources
89.
Project whose main aim is to transform information into knowledge, enabling it to make WWW machine-readable and reasonable.
Learn more in: Ontological Dimensions of Semantic Mobile Web 2.0: First Principles
90.
An extension of the current
Web
that will allow a user to find, share, and combine information more easily. It relies on machine-readable information and metadata expressed in resource description framework (RDF). RDF is a family of World Wide
Web
Consortium (W3C) specifications originally designed as a metadata model using XML but which has come to be used as a general method of modeling knowledge through a variety of syntax formats (XML and non-XML).
Learn more in: Digital Libraries and Ontology
91.
This term refers to the development of a highly structured XML- based WWW alternative that is more conducive to automated analysis.
Learn more in: Critical Success Factors in the Development of Folksonomy-Based Knowledge Management Tools
92.
A perceived evolution of the
Web
that adds technological infrastructure for better knowledge representation, interpretation, and reasoning.
Learn more in: A Knowledge Management Model for Patterns
93.
“The
Semantic Web
is an evolving extension of the World Wide
Web
in which the
semantic
s of information and services on the
web
is defined, making it possible for the
web
to understand and satisfy the requests of people and machines to use the
web
content. It derives from World Wide
Web
Consortium Drector Sir Tim Berners-Lee’s vision of the
Web
as a universal medium for data, information, and knowledge exchange”, as defined in Wikipedia (http://en.wikipedia.org/wiki/
Semantic
_
web
).
Learn more in: Service-Oriented Architectures for Pervasive Computing
94.
A new concept of the
Web
coined back in 2001 by the WWW inventor Tim Berners-Lee where the links reference data structures that are
semantic
ally aware of its intended meaning and is thus capable of being computed by reasoning agents.
Learn more in: Clinical Practice Ontology Automatic Learning from SOAP Reports
95.
The
Semantic Web
is an extension of the current
Web
in which information is given well-defined meaning through the use of metadata and ontologies. It will allow the automatic access to resources using
semantic
descriptions amenable to be processed by software agents.
Learn more in: Rich-Prospect Browsing Interfaces
96.
The
Semantic Web
refers to a set of design principles, specifications, and
web
technologies that enable networked software agents to understand, interpret and communicate with each other to perform sophisticated tasks on behalf of users.
Learn more in: Social Media Marketing: Web X.0 of Opportunities
97.
The term was coined by Tim Berners-Lee who defines the
semantic Web
as a
web
of data that can be processed directly and indirectly by machines. In other words,
semantic Web
is a mesh of information linked up in such a way so as to be easily processable by machines, on a global scale.
Learn more in: Towards a Methodology for Semantic and Context-Aware Mobile Learning
98.
Envisioned by Tim Berners-Lee, the
semantic web
is a universal medium for data, information, and knowledge exchange. It suggests to annotate
web
resources with machine-processable metadata.
Learn more in: Security in Semantic Interoperation
99.
A conversion of the World Wide
Web
that stores information in
web
pages which is readable from other computers and will be used for the understanding of the
web
page's content.
Learn more in: Cloud Governance at the Local Communities
100.
SW provides a common framework that allows data to be shared and reused across applications, enterprises, and community boundaries. It is a collaborative effort led by W3C with the participation of a large number of researchers and industrial partners.
Learn more in: The Web Ontology Language (OWL) and Its Applications
101.
Set of resources intended to improve the actual possibilities of
Web
applications.
Learn more in: Identifying Users Stereotypes for Dynamic Web Pages Customization
102.
It is a
web
project that aims to make online content easily understandable, usable and interpreted not only by people but also by software. Thus, it is aimed for this software to find, share and combine data. The
Semantic Web
created by the World Wide
Web
is a thriving Internet extension.
Learn more in: Enriching Course Content in University With New Media Technologies and Neuro Education
103.
an evolving extension of the World Wide
Web
in which the
semantic
s of information and services on the
web
is defined, making it possible for the
web
to understand and satisfy the requests of people and machines to use the
web
content.
Learn more in: Flow-based Adaptive Information Integration
104.
A paradigm of linked open data that together with linked open data technologies allows machines to inference from data and discovery new knowledge. The
semantic web
is a
Web
of data that uses the same basic principles of the World Wide
Web
(WWW). It does not exist to replace the WWW (or
Web
of Documents) but to leave beside it.
Learn more in: A Domain Model for Transparency in Portuguese Cooperatives: The Governance Structure and Accountability Dimensions
105.
A set of technologies aiming to allow machines to reason about the content of internet documents.
Learn more in: Next-Generation IT for Knowledge Distribution in Enterprises
106.
A conversion of the World Wide
Web
that stores information in
web
pages which is readable from other computers and will be used for the understanding of the
web
page's content.
Learn more in: Government as a Service in Communities
107.
A vision of how the world-wide
web
could be more intelligent, based on metatagging the content together with the ability to inference automatically about different
web
objects are related to one another.
Learn more in: Knowledge Dissemination in Portals
108.
The next evolutionary step of the World Wide
Web
. It bases on language standards that provide not only universal expressive power and syntactic interoperability, but also
semantic
interoperability.
Learn more in: Semantic Web Languages and Ontologies
109.
An evolving area of
web
related science allowing the meaning of various forms of communication to be defined and thoroughly understood, enabling the
web
to be used effectively as a universal store for data, information and knowledge. This allows the effective linkage and prioritization of themes, words, pictures and other data elements in a meaningful way.
Learn more in: Search Engines: Past, Present and Future
110.
The term was coined by Tim Berners-Lee who defines the
semantic Web
as a
web
of data that can be processed directly and indirectly by machines. In other words,
semantic Web
is a mesh of information linked up in such a way so as to be easily processable by machines, on a global scale.
Learn more in: Urban Information Modeling Combining BIM and GIS
111.
An extension of the current Internet where information and services are better defined to enable more efficient use in terms of content creation, sharing, searching and development.
Learn more in: Incorporating Knowledge Management into E-Commerce Applications
112.
It is a
Web
data providing a common framework that allows data to be shared and reused across application, enterprise, and community boundaries.
Learn more in: Unified Architecture for DVB-H Electronic Service Guide
113.
An integrator which provides a framework for sharing and reusing data for every application, enterprise, and community. It is an extension or the World Wide
Web
.
Learn more in: Ambient-Intelligent Decision Support System (Am-IDSS) for Smart Manufacturing
114.
The
Semantic Web
can be seen as an evolution of the WWW in which machines can “understand” the meaning of the information and services available on it. This goal is enabled by the usage of languages and technologies that support a description of
Web
resources in terms of concepts and relations they refer to.
Learn more in: What are Ontologies Useful For?
115.
A new kind of
Web
which enable adding
semantic
to data available on the Internet, making it more understandable for networks of computers.
Learn more in: Evaluating Open Source Enterprise Resource Planning (OSERP) System: Toward a Stable E-Commerce Support
116.
Semantic
is the study of meaning that focuses on the relation between signifiers, like words, phrases, signs, and symbols, and what they stand for (their denotation).
Semantic Web
provides a common framework that allows data to be shared and reused across application, enterprise, and community boundaries. Thus, eventually a “
web
of data” will be created.
Learn more in: Internet of Things (IoT)
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