2004Distributed ComputingRequires access

Simulating Synchrony

Hagit Attiya, Jennifer Welch

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Abstract

This chapter shows how a small modification to logical clocks can provide the illusion of synchronous processors in a system with asynchronous processors, when message delays are asynchronous. It also describes how to simulate a system with synchronous processors and message delays, in a totally asynchronous system, with an algorithm called a synchronizer. Application of the synchronizer to the breadth-first search problem is given. A limitation of such simulations is given with regard to the session problem.

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What this paper is about

This chapter shows how a small modification to logical clocks can provide the illusion of synchronous processors in a system with asynchronous processors, when message delays are asynchronous. It also describes how to simulate a system with synchronous processors and message delays, in a totally asynchronous system, with an algorithm called a synchronizer. Application of the synchronizer to the breadth-first search problem is given. A limitation of such simulations is given with regard to the session problem.

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Available abstract

This chapter shows how a small modification to logical clocks can provide the illusion of synchronous processors in a system with asynchronous processors, when message delays are asynchronous. It also describes how to simulate a system with synchronous processors and message delays, in a totally asynchronous system, with an algorithm called a synchronizer. Application of the synchronizer to the breadth-first search problem is given. A limitation of such simulations is given with regard to the session problem.

Key concepts: Synchronizer, Asynchronous communication, Computer science, Session (web analytics), Parallel computing, Synchronization (alternating current), Distributed computing, Computer network

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