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Tame the Wild with Byzantine Linearizability: Reliable Broadcast, Snapshots, and Asset Transfer
arXiv - CS - Distributed, Parallel, and Cluster Computing Pub Date : 2021-02-21 , DOI: arxiv-2102.10597 Shir Cohen, Idit Keidar
arXiv - CS - Distributed, Parallel, and Cluster Computing Pub Date : 2021-02-21 , DOI: arxiv-2102.10597 Shir Cohen, Idit Keidar
We formalize Byzantine linearizability, a correctness condition that
specifies whether a concurrent object with a sequential specification is
resilient against Byzantine failures. Using this definition, we systematically
study Byzantine-tolerant emulations of various objects from registers. We focus
on three useful objects -- reliable broadcast, atomic snapshot, and asset
transfer. We prove that there is an $f$-resilient implementation of such
objects from registers with $n$ processes $f<\frac{n}{2}$.
中文翻译:
通过拜占庭式线性化来驯服狂野:可靠的广播,快照和资产转移
我们对拜占庭线性化进行形式化,这是一个正确性条件,它指定具有顺序规范的并发对象是否可以抵抗拜占庭式故障。使用此定义,我们系统地研究了寄存器中各种对象的拜占庭容忍模拟。我们关注三个有用的对象-可靠的广播,原子快照和资产转移。我们证明了具有$ n $个进程$ f <\ frac {n} {2} $的寄存器中存在此类对象的$ f $弹性实现。
更新日期:2021-02-23
中文翻译:
通过拜占庭式线性化来驯服狂野:可靠的广播,快照和资产转移
我们对拜占庭线性化进行形式化,这是一个正确性条件,它指定具有顺序规范的并发对象是否可以抵抗拜占庭式故障。使用此定义,我们系统地研究了寄存器中各种对象的拜占庭容忍模拟。我们关注三个有用的对象-可靠的广播,原子快照和资产转移。我们证明了具有$ n $个进程$ f <\ frac {n} {2} $的寄存器中存在此类对象的$ f $弹性实现。