P2P Appliance Calculation Method For Trust between Nodes within a P2P Network
Modern ways of communications, such as in a web services environment, also influences trust relationships between organisations. This concept of web-based (way towards semantic web services) trust is new and has as yet not been resolved. We hope that some of the trust properties mentioned above can be successfully employed to improve the understanding of trust between machines. So, trust is a vital ingredient of any successful interaction between individuals, among organizations and/or in society at large. In this paper, we suggested a trust model using fuzzy logic in semantic network of nodes. Trust is an aggregation of consensus given a set of past interaction among nodes (semantic network based on machines, agents etc.). We applied our suggested model to semantic networks in order to show how trust mechanisms are involved in communicating algorithm to choose the proper path from source to destination. Authors use the terms untrust and distrust as synonyms for the condition opposite to the trust.
Keywords: Trust; Untrust; Fuzzy model; packet; node; path
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ABOUT THE AUTHORS
Adis Medic
received his masters degree (Dipl.-Ing. EE-Inf/ MScEE-Inf; 2008) in Electrotechnics – Informatics from the Technical Faculty of Bihaæ, University of Bihaæ. He is a PhD student on Faculty of Organization and Informatics, University of Zagreb. He is currently employed at Infosys ltd as an system and network engineer.
Adis Golubovic
received his masters degree (Dipl.-Ing. EE-Inf/ MScEE-Inf; 2009) in Electrotechnics – Informatics from the Technical Faculty of Bihaæ, University of Bihaæ. He is a PhD student on Faculty of Organization and Informatics, University of Zagreb. He is teaching Informatics at local primary school.
Adis Medic
received his masters degree (Dipl.-Ing. EE-Inf/ MScEE-Inf; 2008) in Electrotechnics – Informatics from the Technical Faculty of Bihaæ, University of Bihaæ. He is a PhD student on Faculty of Organization and Informatics, University of Zagreb. He is currently employed at Infosys ltd as an system and network engineer.
Adis Golubovic
received his masters degree (Dipl.-Ing. EE-Inf/ MScEE-Inf; 2009) in Electrotechnics – Informatics from the Technical Faculty of Bihaæ, University of Bihaæ. He is a PhD student on Faculty of Organization and Informatics, University of Zagreb. He is teaching Informatics at local primary school.
