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Semantic Web and Peer-to-Peer

Cel

Knowledge is the key for enterprises' success. Knowledge providing, finding, and sharing in organizations must be easy. Semantic web ontologies allow for easy finding of knowledge. Peer- to-peer computing avoids administrative overhead, it gives participants (individuals, SMEs, large firms) individual views and the power to query and access peers. SWAP investigates how established benefits of ontologies may carry over to a decentralized, low-administration peer network. Knowledge management with SWAP is highly distributed, and participants may easily share knowledge. Furthermore, SWAP aggregates the conventional wisdom found at different peer nodes (taxonomies, folders) to extract shared views or mappings between views. Such emergent semantics methods make the peer-to-peer network searchable with precise semantic queries - something that current peer-to-peer technology lacks completely. Thus, SWAP creates a novel and promising technology.

OBJECTIVES
SWAP combines two highly successful technologies, viz. Semantic Web and Peer-to-peer computing. SWAP will develop the technology that is necessary to allow users their individual views on knowledge AND let them share knowledge effectively. In order to allow for individual views, every user's PC is treated as a peer and every user may ask queries to the network of peers. In order to actually find the right piece of knowledge, SWAP employs Semantic Web technology. Current peer-to-peer technology only allows for keyword search and lacks the semantics that is necessary for effective, precise knowledge sharing. Current knowledge repositories lack the capability to provide really individual views in a decentralized framework with low administration overhead. SWAP will produceboth.

DESCRIPTION OF WORK
The combination of Semantic Web and Peer-to-peer is highly innovative with prospective benefits to the individualization of work views as well as to the facilitation of knowledge sharing between peers. SWAP will tackle the semantic challenges brought up by this novel combination such that knowledge finding and sharing is effectively possible. The basic infrastructure will build on already available Open Source peer-to-peer solutions. The work package structure of SWAP has been constructed in order to handle the high degree of innovation set out in the project goals, viz. it allows for fast adoption of new techniques and scientific achievements, but ensures effective development of the envisioned objectives.

In particular:
1. SWAP will offer a Conceptual Analysis of the problem. The analysis comprises the use of semantic web technology in peer-to-peer computing, but it will also consider how emergent semantics may be constructed by overlapping knowledge structures of different peers (e.g. common categorizations of knowledge, common bookmark names of web pages);
2. SWAP will explore the conceptual architectures made possible by this combination. They constitute the foundations for the subsequent integration task as well as for further exploitation;
3. SWAP will investigate new methods to realize a Semantic Web based peer-to-peer system;
4. The methods will be implemented in a set of tools;
5. The tools will be integrated based on the foundations from the conceptual architectures in a demonstrator that can be tested in case studies;
6. The tool environment will be evaluated in two case studies about Knowledge Management for investment analysts and about Knowledge Sharing between SMEs (virtual enterprises).

Dziedzina nauki

Program(-y)

Temat(-y)

Zaproszenie do składania wniosków

Data not available

System finansowania

CSC - Cost-sharing contracts

Koordynator

UNIVERSITAET KARLSRUHE (TH)
Wkład UE
Brak danych
Adres
Kaiserstrasse 12
76128 KARLSRUHE
Niemcy

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Koszt całkowity
Brak danych

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Ostatnia aktualizacja: 13 Czerwca 2005

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Permalink: https://cordis.europa.eu/project/id/IST-2001-34103/pl

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