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An Experimental Validation of the Practical Byzantine Fault Tolerant Algorithm
Costin Badica, Andras Ferenczi
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An improved scheme of practical Byzantine fault tolerant algorithm
Haoxiang Sui, Jéssica Hidalgo Y.
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Improvement of Practical Byzantine Fault Tolerant Consensus Algorithm for Blockchain
Guichun Yuan +3 more
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Dynamic Practical Byzantine Fault Tolerance
2018 IEEE Conference on Communications and Network Security (CNS), 2018This paper describes a novel Byzantine fault tolerant protocol that allows replicas to join and exit dynamically. With the astonishing success of cryptocurrencies, people attach great importance in “blockchain” and robust Byzantine fault tolerant (BFT) protocols for consensus. Among the conventional wisdom, the Practical Byzantine Fault Tolerance (PBFT)
Zhen LIU, Zhiqiang Liu
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In this paper, we use the credit mechanism of E-commerce platform to evaluate the transaction subject as user reviews, and evaluate the credit degree of the blockchain nodes based on the consensus algorithm of the consortium blockchain as node reviews, then associate the node credit score consisting of user and node reviews with the transaction cost to
Xin Wang, Jia WeiLi, Jianping Chai
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Practical Byzantine fault-tolerant consensus algorithm based on k-Nearest Neighbor
Qingtai Liu, Jin-Gang Yu
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Practical Vulnerabilities in Byzantine Fault-Tolerant Blockchain Consensus Protocols
Bogdan Borzdov +2 more
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Safeguarding Cooperative Maneuver Information with Practical Byzantine Fault Tolerance
2023 53rd Annual IEEE/IFIP International Conference on Dependable Systems and Networks Workshops (DSN-W), 2023Vehicular communications play a critical role in facilitating cooperative behavior among vehicles, leading to improved road safety and traffic efficiency. By sharing information such as speed, position, and trajectory, vehicles can collaborate to execute complex maneuvers like platooning, intersection crossing, and lane merging.
Emanuel Vieira +3 more
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