The problem of knowledge sharing is eminent in the P2P area. In this paper, we propose a general framework, called HELIOS (Helios Evolving Interaction-based Ontology knowledge Sharing), conceived for supporting dynamic ontology-based knowledge sharing and evolution in P2P systems. The knowledge sharing and evolution processes in HELIOS are based on peer ontologies, describing the knowledge of each peer, and on interactions among peers, allowing information search and knowledge acquisition/ extension, according to pre-defined query models and semantic techniques for ontology matching
Recent distributed systems, in a P2P scenario, are characterized by a set of independent peers that ...
Modern distributed systems, in a P2P scenario, are characterized by a set of independent peers that ...
In this chapter, we present a P2P coordination approach for setting up and exploiting collective pee...
The infonnation' heterogeneity that arises from the autonomy of peers is a major problem for sharing...
In open distributed systems like peer-to-peer networks and Grids, many independent peers, possibly s...
The real value of Semantic Web vision can be demonstrated if people and applications can create and ...
In this paper, we present h-match, an algorithm for dynamically matching distributed ontologies. By ...
Peer-to-Peer (P2P) systems have recently become popular for content sharing, and a number of differe...
We present GoOD-TA, a gossip-based, ontology-driven topology adaptation protocol that reduces the se...
The drive to extend the Web by taking advantage of automated symbolic reasoning (the so-called Seman...
The drive to extend the Web by taking advantage of automated symbolic reasoning (the so-called seman...
International audienceIn resource sharing P2P systems with autonomous partici- pants, each peer is f...
In the present global society, information has to be exchangeable in open and dynamic environments, ...
In the present global society, information has to be exchangeable in open and dynamic environments, ...
Abstract. Peer-to-Peer systems are a new paradigm for information sharing and some systems have succ...
Recent distributed systems, in a P2P scenario, are characterized by a set of independent peers that ...
Modern distributed systems, in a P2P scenario, are characterized by a set of independent peers that ...
In this chapter, we present a P2P coordination approach for setting up and exploiting collective pee...
The infonnation' heterogeneity that arises from the autonomy of peers is a major problem for sharing...
In open distributed systems like peer-to-peer networks and Grids, many independent peers, possibly s...
The real value of Semantic Web vision can be demonstrated if people and applications can create and ...
In this paper, we present h-match, an algorithm for dynamically matching distributed ontologies. By ...
Peer-to-Peer (P2P) systems have recently become popular for content sharing, and a number of differe...
We present GoOD-TA, a gossip-based, ontology-driven topology adaptation protocol that reduces the se...
The drive to extend the Web by taking advantage of automated symbolic reasoning (the so-called Seman...
The drive to extend the Web by taking advantage of automated symbolic reasoning (the so-called seman...
International audienceIn resource sharing P2P systems with autonomous partici- pants, each peer is f...
In the present global society, information has to be exchangeable in open and dynamic environments, ...
In the present global society, information has to be exchangeable in open and dynamic environments, ...
Abstract. Peer-to-Peer systems are a new paradigm for information sharing and some systems have succ...
Recent distributed systems, in a P2P scenario, are characterized by a set of independent peers that ...
Modern distributed systems, in a P2P scenario, are characterized by a set of independent peers that ...
In this chapter, we present a P2P coordination approach for setting up and exploiting collective pee...