A Novel Trust Model to Support Adhoc Collaboration
Kristie Kosaka, Samir Chatterjee, Hongwei Fu
Abstract
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Kristie Kosaka, Samir Chatterjee, Hongwei Fu
Abstract
Open-access reader
Increasingly, P2P networks are being used to facilitate adhoc collaborations, which often involve members who have never met. Due to the distributed nature of P2P, managing trust is a challenge. Prior research has focused on solutions that rely upon the feedback from other peers to assign reputation and trust. We offer a trust model where trust management is totally distributed, with each node maintaining its trust data locally. The model and a variety of algorithms were simulated to evaluate the effectiveness of the trust model.
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Increasingly, P2P networks are being used to facilitate adhoc collaborations, which often involve members who have never met. Due to the distributed nature of P2P, managing trust is a challenge. Prior research has focused on solutions that rely upon the feedback from other peers to assign reputation and trust. We offer a trust model where trust management is totally distributed, with each node maintaining its trust data locally. The model and a variety of algorithms were simulated to evaluate the effectiveness of the trust model.
Key concepts: Trust management (information system), Computer science, Reputation, Variety (cybernetics), Computational trust, Node (physics), Reputation management, Wireless ad hoc network