2012Unpublished venueRequires access

An Optimistic Protocol for Distributed Fair Exchange

Yang Zhao, Zhiguang Qin

Open publisher page 6 citations

Abstract

This paper presents an optimistic protocol based on the scheme of public verifiable secret share for distributed fair exchange. A distributed third party is designed to guarantee the fairness of exchange. Comparing to traditional trusted third party, this distributed third party is not fixed but dynamically selected by the players of exchange. This solution can effectively remove the risk of single point of failure and defend compromising attacks. The results of protocol analysis show that the protocol guarantees strong fairness and effectiveness of up to one-half malicious participants in distributed third party.

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What this paper is about

This paper presents an optimistic protocol based on the scheme of public verifiable secret share for distributed fair exchange. A distributed third party is designed to guarantee the fairness of exchange. Comparing to traditional trusted third party, this distributed third party is not fixed but dynamically selected by the players of exchange. This solution can effectively remove the risk of single point of failure and defend compromising attacks. The results of protocol analysis show that the protocol guarantees strong fairness and effectiveness of up to one-half malicious participants in distributed third party.

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OpenAlex reports 6 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

This paper presents an optimistic protocol based on the scheme of public verifiable secret share for distributed fair exchange. A distributed third party is designed to guarantee the fairness of exchange. Comparing to traditional trusted third party, this distributed third party is not fixed but dynamically selected by the players of exchange. This solution can effectively remove the risk of single point of failure and defend compromising attacks. The results of protocol analysis show that the protocol guarantees strong fairness and effectiveness of up to one-half malicious participants in distributed third party.

Key concepts: Protocol (science), Computer science, Trusted third party, Verifiable secret sharing, Computer security, Third party, Scheme (mathematics), Single point of failure

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