ARD Prasad Indian Statistical Institute, Bangalore.

Slides:



Advertisements
Similar presentations
IST SEWASIE 16 May 2002 Sonia Bergamaschi Università di Modena e Reggio Emilia.
Advertisements

Data Mining and the Web Susan Dumais Microsoft Research KDD97 Panel - Aug 17, 1997.
Open Source Intelligence: Presented by Abe Lederman, President and CTO Deep Web Technologies, LLC IOP 06 Sheraton Premier, Tysons Corner, Virginia January.
DILIGENT Digital libraries powered by the Grid Peter Fankhauser
GMD German National Research Center for Information Technology Darmstadt University of Technology Perspectives and Priorities for Digital Libraries Research.
SEARCHING QUESTION AND ANSWER ARCHIVES Dr. Jiwoon Jeon Presented by CHARANYA VENKATESH KUMAR.
SEVENPRO – STREP KEG seminar, Prague, 8/November/2007 © SEVENPRO Consortium SEVENPRO – Semantic Virtual Engineering Environment for Product.
Sunita Sarawagi.  Enables richer forms of queries  Facilitates source integration and queries spanning sources “Information Extraction refers to the.
Semantic Web and Web Mining: Networking with Industry and Academia İsmail Hakkı Toroslu IST EVENT 2006.
Rutgers Components Phase 2 Principal investigators –Paul Kantor, PI; Design, modelling and analysis –Kwong Bor Ng, Co-PI - Fusion; Experimental design.
Automatic Web Page Categorization by Link and Context Analysis Giuseppe Attardi Antonio Gulli Fabrizio Sebastiani.
Provisional draft 1 ICT Work Programme Challenge 2 Cognition, Interaction, Robotics NCP meeting 19 October 2006, Brussels Colette Maloney, PhD.
Automating Keyphrase Extraction with Multi-Objective Genetic Algorithms (MOGA) Jia-Long Wu Alice M. Agogino Berkeley Expert System Laboratory U.C. Berkeley.
Enhance legal retrieval applications with an automatically induced knowledge base Ka Kan Lo.
Semantic Web and Web Mining: Networking with Industry and Academia İsmail Hakkı Toroslu IST EVENT 2006.
Business Intelligence
GL12 Conf. Dec. 6-7, 2010NTL, Prague, Czech Republic Extending the “Facets” concept by applying NLP tools to catalog records of scientific literature *E.
OLAM and Data Mining: Concepts and Techniques. Introduction Data explosion problem: –Automated data collection tools and mature database technology lead.
1 The Discovery Informatics Framework Pat Rougeau President and CEO MDL Information Systems, Inc. Delivering the Integration Promise American Chemical.
CS598CXZ Course Summary ChengXiang Zhai Department of Computer Science University of Illinois, Urbana-Champaign.
Custom driven scientific information extraction from digital libraries using integrated text mining services Betim Çiço, Adrian Besimi, Visar Shehu 14th.
1 The BT Digital Library A case study in intelligent content management Paul Warren
Automatic Subject Classification and Topic Specific Search Engines -- Research at KnowLib Anders Ardö and Koraljka Golub DELOS Workshop, Lund, 23 June.
Web Science and Web Archive L3S Wolfgang Nejdl L3S Research Center Hannover, Germany.
Scientific Data Infrastructure Ecosystem Donatella Castelli CNR-ISTI.
University of Dublin Trinity College Localisation and Personalisation: Dynamic Retrieval & Adaptation of Multi-lingual Multimedia Content Prof Vincent.
Chapter 1 Introduction to Data Mining
New Information Services in Germany: GetInfo and vascoda 232nd ACS-Meeting, Dr. Irina Sens, 09/06.
Semantic Learning Instructor: Professor Cercone Razieh Niazi.
FI-CORE Data Context Media Management Chapter Release 4.1 & Sprint Review.
IST DIVAS Presentation 1 Advanced search technologies for digital audio-visual content.
BAA - Big Mechanism using SIRA Technology Chuck Rehberg CTO at Trigent Software and Chief Scientist at Semantic Insights™
Data Mining – Intro. Course Overview Spatial Databases Temporal and Spatio-Temporal Databases Multimedia Databases Data Mining.
SKOS. Ontologies Metadata –Resources marked-up with descriptions of their content. No good unless everyone speaks the same language; Terminologies –Provide.
Group A Next Generation Information Access Group.
Cognitive Systems Foresight Language and Speech. Cognitive Systems Foresight Language and Speech How does the human system organise itself, as a neuro-biological.
March 31, 1998NSF IDM 98, Group F1 Group F Multi-modal Issues, Systems and Applications.
Duraid Y. Mohammed Philip J. Duncan Francis F. Li. School of Computing Science and Engineering, University of Salford UK Audio Content Analysis in The.
1 Viewing Vision-Language Integration as a Double-Grounding case Katerina Pastra Department of Computer Science, Natural Language Processing Group, University.
Navigating the ‘information jungle’ a Research Safari Leonie McIlvenny.
WISPER receives funding from the European Commission’s Information Societies Technology (IST) Programme IST WISPER Dr Gary Randall British Maritime.
Image Classification for Automatic Annotation
Introduction to Semantic Web in Library Services Dr. Devika P. Madalli Documentation Research and Training Center Indian Statistical Institute, Bangalore.
Data mining, interactive semantic structuring, and collaboration: A diversity-aware method for sense-making in search Mathias Verbeke, Bettina Berendt,
S YMPOSIUM ON B IAS AND D IVERSITY IN IR (aka L IVING K NOWLEDGE S UMMER S CHOOL ) LivingKnowledge Consortium ESSIR Summer School 2011 August 31, 2011,
26/05/2005 Research Infrastructures - 'eInfrastructure: Grid initiatives‘ FP INFRASTRUCTURES-71 DIMMI Project a DI gital M ulti M edia I nfrastructure.
L&I SCI 110: Information science and information theory Instructor: Xiangming(Simon) Mu Sept. 9, 2004.
VOA3R: Virtual Open Access Agriculture & Aquaculture Repository sharing scientific and scholarly research related to agriculture, food, and environment.
© 2017 Cengage Learning®. May not be scanned, copied or duplicated, or posted to a publicly accessible website, in whole or in part.
Virtual Information and Knowledge Environments Workshop on Knowledge Technologies within the 6th Framework Programme -- Luxembourg, May 2002 Dr.-Ing.
Cultural Heritage in Tomorrow ’s Knowledge Society Cultural Heritage in Tomorrow ’s Knowledge Society Claude Poliart Project Officer Cultural Heritage.
AQUAINT Mid-Year PI Meeting – June 2002 Integrating Robust Semantics, Event Detection, Information Fusion, and Summarization for Multimedia Question Answering.
Trends in NL Analysis Jim Critz University of New York in Prague EurOpen.CZ 12 December 2008.
Digital Video Library - Jacky Ma.
Information Retrieval and Web Search
Lecture #11: Ontology Engineering Dr. Bhavani Thuraisingham
YourDataStories: Transparency and Corruption Fighting through Data Interlinking and Visual Exploration Georgios Petasis1, Anna Triantafillou2, Eric Karstens3.
Datamining : Refers to extracting or mining knowledge from large amounts of data Applications : Market Analysis Fraud Detection Customer Retention Production.
Information Retrieval and Web Search
Information Retrieval and Web Search
Taxonomies, Lexicons and Organizing Knowledge
Data Warehousing and Data Mining
TDM=Text Mining “automated processing of large amounts of structured digital textual content for purposes of information retrieval, extraction, interpretation.
Searching and browsing through fragments of TED Talks
Course Summary ChengXiang “Cheng” Zhai Department of Computer Science
Web Mining Department of Computer Science and Engg.
BUILDING A DIGITAL REPOSITORY FOR LEARNING RESOURCES
FashionBrain: Understanding Europe’s Fashion Data Universe
Web archives as a research subject
Information Retrieval and Web Search
Presentation transcript:

ARD Prasad Indian Statistical Institute, Bangalore

Università Degli Studi Di Trento - Italy Yahoo!, Spain SORA, Austria Consorzio Nazionale Interuniversitario Per Le Telecomunicazioni, Italy European Archive –France Università Degli Studi Di Pavia – Italy University of Southampton, United Kindom Indian Statistical Institute, India Gottfried Wilhelm Leibniz Universitaet, Germany. Max Planck Gesellschaft zur Foerderung der Wissenschaften – Germany. LK Project Partners

Diversity is the “key” Knowledge and its articulations are strongly influenced by diversity in

Diversity is the “key” Its an unavoidable and intrinsic property of knowledge because of

Vision  The vision is to consider diversity an asset and to make itdiversity  traceable,  understandable and  exploitable.  With the goal to improve navigation and search in very large multimodal datasets (e.g., the Web itself). the Web

Vision  The project will study the effect of diversity and time on opinions and bias and envisage a future where search and navigation tools (e.g., search engines) will automatically classify and organize opinions and bias (about, e.g., global warming or the Olympic games in China) and, therefore, will produce more insightful, better organized, easier-to- understand output.diversitytimeopinionsbiasopinionsbias

Interdisciplinarity  Philosophy of Science,  Cognitive Science,  Library Science,  Semiotics, etc.

Two Main Pillars The proposed solution is based on the foundational notions of context and its ability to localize meaning, and the notion of facet, as from library science, and its ability to organize knowledge as a set of interoperable components (i.e., facets). Context

The Future Predictor  will combine and test all methods necessary to answer factual queries regarding future events and statements, based on information available already on the Web.

Scientific & Technological Challenges (1) ‏  Studying knowledge sources and its effects by combining know-how and experiences from areas such as media research, multimodal information theory, information and library science, natural language processing and multimedia data analysis,

Scientific & Technological Challenges (2) ‏  Developing an interdisciplinary foundation for dealing systematically with diversity and its impact in search and retrieval of information.

Scientific & Technological Challenges (3) ‏  Detecting bias in text and in the use of multimedia as a reflection of the diversity as well as for analysing and tracing the underlying diversity, lineage and the bias and trustworthiness of sources.

Scientific & Technological Challenges (4) ‏  Developing methods for analysing the temporal binding of facts and opinions as well as the evolution of knowledge - considering evolution in articulated facts as well as evolution in the means for knowledge articulation and structuring.

Scientific & Technological Challenges (5) ‏  a new generation of search technology that supports the opinion-aware, diversity-aware and time-aware aggregation and exploration of knowledge.

Expected Results (1) ‏ extraction of facts and entities from web pages and documents; opinion mining; integration of related and complementary knowledge fragments obtained from different sources;

Expected Results ‏ analysis of the evolution of classification patterns and hierarchies; opinion evolution; diversity-aware knowledge representation; algorithms for taking evolution of knowledge into account for retrieval and clustering of information

Expected Results Information aggregation,summarization and diversity-aware search results

Subject Partners (1) ‏ Semiotics will allow for the definition of modal approaches to the discovery of knowledge diversity and of how web components and multimedia data can be used to express opinions and bias and will also help to understand “context”.

Subject Partners (2) ‏ Library science will provide the foundations and experience needed to organize information in categories and to realize innovative mechanisms for indexing hierarchical categorisation schemes with meaningful concept sequences, i.e., Facets.

Progress Beyond The ”state-of the- art” (1) ‏ Foundations of Evolution, Diversity and Bias in Knowledge

Progress Beyond The ”state-of the- art” (2) ‏ Fact and Opinion Extraction

Progress Beyond The ”state-of the- art” (3) ‏ Knowledge Evolution

Progress Beyond The ”state-of the- art” (4) ‏ Bias and Diversity Handling

Progress Beyond The ”state-of the- art” (5) ‏ Advanced Clustering & Aggregation Advanced Clustering & Aggregation Enhanced Search & Retrieval Enhanced Search & Retrieval

Innovation Roles

Thanks to You all IIPA and IBM