C,5stian, F., H. Aghili, and R. Srong. Clock syr,chronization in the presence of omission and performance faults, and processor joins. Proc. Sixteenth International Symposium on Fault-tolerant Computing, Vienna, Austria., July 1986, IEEE Computer Society., 2!8-223.  Home/Search   Document Not in Database   Summary   Related Articles

....clocks in a distributed system synchronized despite faulty processors that can exhibit arbitrary behavior. The paradigm allows us to identify the different imple mentation choices made by each protocol in solving three subproblems it defines. This permits the e.g. Babaoglu Dnunmond 87] Cristian et al. 86] Halpern eta . 84] Kopetz Ochsenreiter 87] Lamport Melliar Smith 84] Lampoft Melliar Smith 85] Lundelius Lynch 84] Mahaney Schneider 85] and [Srikanth Toueg 85] 1. various Byzantine clock synchronization protocols 2 to be compared and the contributions of each to be ....

....are routed through intermediate sites, delays due to queuing in sites doing relaying can be measured and recorded in the message and therefore can be accounted for. A variation on the clock reading scheme just given, used in the clock synchronization protocols of [Babaoglu Drummond 87] Cristian et al. 86] Halpem et al. 84] Lundelius Lynch 84] and [Srikanth Toueg 85] reduces the number of messages by half but can increase clock reading error. 8 Instead of requesting the time, each processor q periodically broadcasts its virtual clock value (includ ing superscript 0. Upon receipt of ....

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C,5stian, F., H. Aghili, and R. Srong. Clock syr,chronization in the presence of omission and performance faults, and processor joins. Proc. Sixteenth International Symposium on Fault-tolerant Computing, Vienna, Austria., July 1986, IEEE Computer Society., 2!8-223.

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