Semantic Web, NON-technically speaking
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The document discusses the evolution of the World Wide Web from static Web 1.0 to participatory Web 2.0 and the emerging Semantic Web or Web 3.0. Web 3.0 aims to add more context and meaning to online data through techniques like tagging, mapping, and natural language processing in order to better interconnect information and help computers assist users. Key aspects of the Semantic Web include using identifiers for things, representing relationships between things using languages like RDF and OWL, and using reasoners and queries to infer new conclusions and answers from semantically linked data.
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Web3.0- How brands can take advantage of the semantic shift - Brandsential
Web 3.0 will bring a fundamental shift in the way we interact with data online. Along the way, there will be opportunities to create the next Google or just understand how brand engagement will evolve……
Introduction to Semantic Web for GIS Practitioners
This document provides an introduction to the Semantic Web and RDF (Resource Description Framework). It discusses how the Semantic Web aims to extend the current web by giving data well-defined meaning to enable computers and people to better work together. It introduces RDF as a standard for representing information in the Semantic Web and provides examples of how RDF can be used to represent different types of data, such as relational data and evolving data scenarios.
Semantic Web
The document discusses the need for a Semantic Web to address information overload on the current web. It explains that the Semantic Web aims to understand the meaning behind web pages by embedding semantics through techniques like RDF and microformats. This will allow computers to better understand and filter information, leading to a smarter online experience for users where they spend less time searching and viewing irrelevant content. Approaches to building the Semantic Web include bottom-up annotation of existing web pages and top-down extraction of entities from pages using natural language processing tools. Linked Data is seen as a key enabler of the Semantic Web by establishing linkages between data.
Web 3 Peter Mika
The document discusses combining domain intelligence and social intelligence to address issues with Web 2.0 and user-generated content overload. It proposes infusing semantic technologies into social applications to better understand content and relationships. This could help with personalized recommendations, advertising, and aggregating short media like tweets through semantic annotation and richer user profiles. The key is observing both how people interact with content and each other online.
Web 3 0
The document discusses the evolution of the World Wide Web from Web 1.0 to the current Web 2.0 and provides definitions and perspectives on what Web 3.0 may entail. Key aspects of Web 3.0 discussed include it being called the "Semantic Web" or "Intelligent Web" which will allow computers to better understand and process the meaning of information on the web through technologies like RDF, RDFS, OWL and SPARQL.
Semantic Web
p.p.t on semantic web , in this ppt the working of semantic web over today's current web is described with its advantages
Web 3.0? A look at the future of the World Wide Web
The document discusses the history and future of the World Wide Web. It describes the evolution from Web 1.0's static pages to Web 2.0's user-generated content. Web 3.0, also called the Semantic Web, aims to add meaning and structure to online content using metadata standards. However, challenges remain regarding who will assign, maintain, and organize the metadata at a global scale. The future of an open Web also remains uncertain as control increasingly shifts to large companies.
Tai web 3
Web 3.0 is envisioned as the next generation of the World Wide Web that will be smarter and allow machines to process data and information with greater capabilities than previous versions. Key aspects of Web 3.0 may include the Semantic Web, which allows machines to understand the meaning of information on the web; the Media-Centric Web, which allows searching for multimedia like images and video by content instead of just keywords; and the 3D Web, which incorporates 3D modeling of objects and environments that can be interacted with. The overall goal of Web 3.0 is for the web to become more automated and intelligent with machines able to interpret and process information in increasingly human-like ways.
Presentation web 3.0(part 1)
Web 3.0 refers to a proposed next stage of the World Wide Web focused on semantics and syndication. It aims to support greater user interaction and collaboration through artificial intelligence and linked data. The key aspects of Web 3.0 include linked data to integrate information from diverse sources, ubiquitous connectivity through various devices, and machine learning to automate tasks and queries. Some examples of potential Web 3.0 applications include personalized recommendations based on user behavior and automated planning of activities like movies and meals. Challenges to developing Web 3.0 include the vastness of online data and ensuring consistency, accuracy and trustworthiness of information.
knchndev-170222194025.pptx
The document discusses the semantic web, which is a proposed development of the world wide web that aims to improve upon current limitations. It describes how the semantic web would allow computers to understand the meaning and relationships between things on the web rather than just documents. This would enable more personalized search results and help computers act as personal assistants to users by finding relevant information across the web.
From bit-streams-to-life-streams-ajai-narendran-srishti-bangalore-stff-2011
The document discusses emerging paradigms in web-based computing and argues that the next generation of social computing and internet architecture will come from artists, social scientists, and media practitioners rather than just technologists. It explores the ideas of David Gelernter and references videos about Claude Shannon, the Library of Alexandria, and the semantic web. It also discusses the evolution of the web and limitations of current search algorithms and results that can be manipulated.
The 2.0 In Web 2.0
A basic overview of what Web2.0 is all about. I also give a short description of Heuristic Evaluation and an approach to designing a solution for/of/about/in Web2.0
I know I could've added many things here.
I have borrowed many more things from others here, a thank you to everyone.
I might have made mistakes here too, please point these out.
C&C are welcome.
on some requests...allowing downloads.
Note: you are responsible for how you use this presentation, not me. Seriously.
Semantic Web: Explanation
The document discusses the evolution of the World Wide Web towards a Semantic Web, where machines can understand the meaning of information on the web. It describes how traditionally web pages existed independently without connections between them, but the Semantic Web aims to link related pages so search engines and browsers can more easily understand and expose the relationships between information. It provides an example of how a professor's faculty page, research page, blog, and staff listing could all be semantically linked to provide a richer experience for users.
The semantic web
The document discusses the evolution of the World Wide Web towards a Semantic Web, where computers will be able to understand the meaning, context and relationships between data on web pages. It provides an example of how Semantic Web coding could link together different web pages about a professor by relating her faculty page, research, blog and staff listing. This creates a richer experience for users by making more information accessible in an interconnected way. The document then outlines some methods for implementing Semantic Web coding, such as using RDF triples or microformats, and provides examples of microformats being used on web pages.
Realizing a Semantic Web Application - ICWE 2010 Tutorial
s developing mash-ups with Web 2.0 really much easier than using Semantic Web technologies? For instance, given a music style as an input, what it takes to retrieve data from online music archives (MusicBrainz, MusicBrainz D2R Server, MusicMoz) and event databases (EVDB)? What to merge them and to let the users explore the results? Are Semantic Web technologies up to this Web 2.0 challenge? This half-day tutorial shows how to realize a Semantic Web Application we named Music Event Explorer or shortly meex (try it!).
Spivack Blogtalk 2008
The speaker discusses the semantic web and its potential to make data on the web smarter and more connected. He outlines several approaches to semantics like tagging, statistics, linguistics, semantic web, and artificial intelligence. The semantic web allows data to be self-describing and linked, enabling applications to become more intelligent. The speaker demonstrates a prototype semantic web application called Twine that helps users organize and share information about their interests.
Relationships at the Heart of Semantic Web: Modeling, Discovering, Validating...
Relationships at the Heart of Semantic Web: Modeling, Discovering, Validating...Artificial Intelligence Institute at UofSC
Amit P. Sheth, “Relationships at the Heart of Semantic Web: Modeling, Discovering, Validating and Exploiting Complex Semantic Relationships,” Keynote at the 29th Conference on Current Trends in Theory and Practice of Informatics (SOFSEM 2002), Milovy, Czech Republic, November 22–29, 2002.
Keynote: http://www.sofsem.cz/sofsem02/keynote.html
Related paper: http://knoesis.wright.edu/?q=node/2063
Semantic web
- The document discusses the limitations of Web 2.0 and introduces the concept of Semantic Web or Web 3.0 as a way to address those limitations.
- In Semantic Web, everything on the web will have a URI and be represented as subject-predicate-object triples to encode the semantics and meaning of information.
- This will allow machines to understand the meaning of web pages and information, leading to benefits like more effective searching and connections between information.
Web 2.0 Rvce Mca
Web 2.0 refers to second-generation internet services that emphasize user collaboration and sharing. Key characteristics include applications used through a web browser where users own and control their own data. Examples include blogs, social networks, photo sharing, bookmarking, videos, and wikis. Developing for Web 2.0 involves techniques like AJAX which allows for asynchronous data exchange to improve interactivity, speed and usability without reloading the entire page. Mashups combine data from multiple sources into a single tool. Tagging and tag clouds provide easy ways to categorize and visualize content.
Semantic Web 2.0: Creating Social Semantic Information Spaces
This tutorial provides an overview of applying Semantic Web technologies to emerging Web 2.0 applications and social media to create "Social Semantic Information Spaces." It discusses adding semantics to blogs, wikis, forums, and social networks through standards like RDF and ontologies. The goal is to overcome limitations of these applications and enable more automated information sharing and discovery across interconnected sites and communities.
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Semantic Web, NON-technically speaking
- 1. Semantic Web in Context Segment at TLT Center “Web2.0 Day” Eric Hoffer Second Integral at Seton Hall July 16, 2008
- 3. So, about me marketing, strategy, people, processes, puzzles, tools, usability, products, productivity… research, analytics, financial markets, work, the world, people… living and doing their jobs discovery – information – connecting - its about helping real people living and doing their work unlock “SME-tise” and enable the many
- 4. me (one more thing)… I’m interested in lots of different things... Visual Usability Running Value Networks Finance me
- 5. me (one more thing)… I’m interested in lots of different things... particularly where they interact…
- 6. me (one more thing)… I’m interested in lots of different things... particularly where they interact… and in their outer reaches…
- 7. me (one more thing)… I’m interested in lots of different things... particularly where they interact… and in their outer reaches… in the interstices - where they overlap. Biology and Anthropology System Dynamics and Economics Usability and Value Networks As you might experience with:
- 8. Interstices Why am I telling you this? To me, this is what semantic technologies and the Semantic Web are about. Enabling the crossing of lines, bridging gaps, unlocking expertise, getting things done… for people.
- 20. Web2.0 (reviews, rating, tagging)
- 31. Mashing
- 32. Sharing + Tagging + Mapping See live example
- 43. Web2>3 (clustering) See ZigTag site
- 44. NLP and Entity Extraction (using Calais) Try this live by going to http://sws.clearforest.com/calaisviewer/ In this example we discussed Calais using natural language processing to “read” text submissions, re-displaying with items marked and classified. We then considered how this can enable asking the web questions on a grand scale, and tabulation of results of NLP from millions of pages.
- 45. … applied to blogging (e.g. Zemanta or Tagaroo) See live example In this example we looked at how the Zemanta plug-in “reads” a blog post while you are writing it, and provides images and links for you to include in the post – based on its “sense” that these are related to what you are writing.
- 46. … embedding semantics (e.g. using SIOC)
- 48. Linking Data (global scale – possibilities emerge) Source: DERI http://richard.cyganiak.de/2007/10/lod/
- 49. Progression from 50,000 feet
- 51. Web Science Source: WSRI - http:// webscience.org /
- 52. Web Science Source: WSRI - http:// webscience.org /
- 53. Web Science Source: WSRI - http:// webscience.org /
- 54. Other links and examples http://webscience.org/ and http://www.w3.org/2001/sw/ http:// sws.clearforest.com/calaisviewer / http://wiki.dbpedia.org and http://deri.org/ and http://sioc-project.org/ http://www.talis.com/platform/podcasts http:// danbri.org / http:// mashmaker.intel.com /web/ - learning masher http:// beta.trueknowledge.com http://www.readwriteweb.com/ (e.g archives/trueknowledge_demo.php) http:// healthmap.org /en and http:// tagmaps.research.yahoo.com /