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[YCV11] A Semantic Framework for Web service Annotation, Matching and Classification in Bioinformatics
Revue Nationale avec comité de lecture : Journal Journal I3 Interaction Intelligence Information, vol. 11(Special Issue on Complex Object Matching and Discovery), pp. 9-38, 2011Mots clés: Biclustering, Croki2, Semantic annotations, Web services, Ontologies
Résumé:
The success of Web service technology has brought a lot of interest
from a large number of research communities such as Software Engineering, Artiï¬cial Intelligence, Semantic Web, Semantic Grid, etc.
Despite several efforts towards automating service discovery and composition, users still search for services via online repositories and compose them manually. In our opinion, this is due to the lack of semantic annotations (metadata) to describe service semantics and support
an effective and efï¬cient discovery of services. Semantic annotation
is commonly recognized as one of the cornerstones of the semantic
Web and also, an expensive, time consuming and error prone process. Thus, approaches to automatically derive annotations that would
describe rapidly changing Web services repositories are extremely required. In this paper, we propose a semantic framework for bioinformatics Web service annotation, matching and classiï¬cation. We propose a semi-automatic extraction approach of lightweight semantic annotations from textual description of Web services. We investigate the
use of NLP techniques to derive service properties given a corpus of
textual description of bioinformatics services. We evaluate the performance of the annotation extraction method and the importance of
lightweight annotations to match, reason and classify bioinformatics
Information Interaction Intelligence, volume 11, n°2 - 9Web services in order to bootstrap the service discovery process. Based
on extracted annotations, we propose an inference and block clustering
approaches, the two approaches are complementary. The former relies
on semantic annotations and explicit background knowledge to match a
discovery query and a set of Web services. The latter approach aims to
deduce implicit associations between services and annotations highly
correlated by applying an accelerated version of the Croki2 algorithm.
Equipe:
msdma
Collaboration:
ENSI-RIADI-GDL
BibTeX
| @article { | |||
| YCV11, | |||
| title | = | "{A Semantic Framework for Web service Annotation, Matching and Classification in Bioinformatics}", | |
| author | = | "N. Yaacoubi and M. Charrad and M. Vidal and M. Ben Ahmed and S. Amdouni", | |
| journal | = | "Journal I3 Interaction Intelligence Information", | |
| year | = | 2011, | |
| volume | = | 11, | |
| number | = | Special Issue on Complex Object Matching and Discovery, | |
| pages | = | "9-38", | |
| } | |||
