On the quorum requirement and value selection rule for Fast Paxos

Wenbing Zhao
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Abstract

Fault tolerance is a crucial requirement for big data and cloud computing because it helps remove single point of failures. The Paxos algorithm has been employed in a number of real-world fault tolerant systems. Fast Paxos is one of the latest algorithms in the Paxos family of algorithms for distributed consensus. In Fast Paxos, an acceptor is allowed to cast a vote for a value of its own choice unilaterally in a fast round, which eliminates a communication step for reaching consensus. As a tradeoff, a bigger quorum than simple majority must be used and a value selection rule is employed to select the right value for agreement to overcome collisions. The derivation of quorum requirements and value selection rule in the original article on Fast Paxos by Lamport, while very rigorous, may be hard to follow and difficult to implement. In this paper, we present a more intuitive approach to deriving the quorum requirements and easy-to-implement value selection rule for Fast Paxos.
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Fast Paxos的仲裁要求和值选择规则研究
容错是大数据和云计算的关键要求,因为它有助于消除单点故障。Paxos算法已经在许多现实世界的容错系统中得到了应用。Fast Paxos是Paxos分布式共识算法家族中最新的算法之一。在Fast Paxos中,允许接受者在快速轮中单方面投票选择自己选择的值,这消除了达成共识的沟通步骤。作为权衡,必须使用比简单多数更大的法定人数,并使用值选择规则来选择正确的值以达成一致,以克服冲突。Lamport在Fast Paxos的原文中对quorum需求和value selection rule的推导虽然非常严谨,但可能难以遵循和实现。在本文中,我们提出了一种更直观的方法来推导快速Paxos的仲裁需求和易于实现的值选择规则。
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