A Scalable and Ontology-Based P2P Infrastructure for Semantic Web Services

Semantic Web Services are a promising combination of Semantic Web and Web service technology, aiming at providing means of automatically executing, discovering and composing semantically marked-up Web services. We envision peer-to-peer networks which allow for carrying out searches in real-time on permanently reconfiguring networks to be an ideal infrastructure for deploying a network of Semantic Web Service providers. However, P2P networks evolving in an unorganized manner suffer from serious scalability problems, limiting the number of nodes in the network, creating network overload and pushing search times to unacceptable limits. We address these problems by imposing a deterministic shape on P2P networks: We propose a graph topology which allows for very efficient broadcast and search, and we provide an efficient topology construction and maintenance algorithm which, crucial to symmetric peer-to-peer networks, does neither require a central server nor super nodes in the network. We...

• Type: Conference
• Year: 2002
• Where: P2P
• Authors: Mario T. Schlosser, Michael Sintek, Stefan Decker, Wolfgang Nejdl
• Keywords: Communications, P2P 2002, Semantic Web, Semantic Web Service, Web Service