Efficient Fault-Tolerant Clock Synchronization in Ring Topologies

机译：环形拓扑中的高效容错时钟同步

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Many safety-relevant real-time systems require fault-tolerant clock synchronization. For the class of bridge-connected networks with a very small amount of redundant point-topoint links, particularly ring topologies, a new clock synchronization protocol is proposed: "single initiator forward and answer", SFA for short. This solution tolerates (almost) arbitrary behavior of a single faulty bridge, although it requires only two disjoint paths between any pair of bridges.

机译：许多与安全相关的实时系统都需要容错时钟同步。对于具有少量冗余点对点链路（尤其是环形拓扑）的网桥连接网络，提出了一种新的时钟同步协议：“单个发起方转发和应答”，简称SFA。尽管该解决方案在任何一对桥之间仅需要两条不相交的路径，但它可以（几乎）容忍单个故障桥的任意行为。

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《IEEE Pacific Rim International Symposium on Dependable Computing》|2017年|223-224|共2页
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Klaus Echtle; Zoha Moztarzadeh;
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关键词
Bridges; Delays; Synchronization; Clocks; Fault tolerance; Fault tolerant systems; Protocols;

机译：桥;延迟;同步;时钟;容错;容错系统;协议;

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专利

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机译：多步交互式收敛：大型多计算机的容错时钟同步的有效方法
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机译：存在恶意故障时同步容错时钟
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机译：控制器局域网的正交，容错和高精度时钟同步
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机译：用于无线传感器网络的节能高效的容错时钟同步协议
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机译：大型多计算机的基于星形的互连网络和容错时钟同步。
6. Energy-Efficient Time Synchronization Based on Nonlinear Clock Skew Tracking for Underwater Acoustic Networks [O] . Di Liu, Min Zhu, Dong Li, 2021

机译：基于非线性时钟偏置跟踪对水下声学网络的节能时间同步
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机译：多步交互式收敛：大型多计算机的容错时钟同步的一种有效方法

Efficient Fault-Tolerant Clock Synchronization in Ring Topologies

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