Titlebook: Distributed Algorithms; 7th International Wo André Schiper Conference proceedings 1993 Springer-Verlag Berlin Heidelberg 1993 Controlling.D

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Rainer Merkt,Veronika Lang,Anna Schmidt .. The self-stabilization property is very useful for systems in which processors may malfunction for a while and then recover. When there is a long enough period during which no processor malfunctions the system stabilizes.. systems are systems in which communication links and processors may fail

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中世紀(jì)

Volker Liermann,Sangmeng Li,Johannes Waiznerocessors deliver the same set of messages in the same order. Our objective in this paper is to assure that the delivery time (from the moment of initiation of a message to its last delivery by a correct processor) is proportional to the actual number of faults in a given run of the protocol. We stud

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Volker Liermann,Sangmeng Li,Johannes Waizners and inexact information about time. It is assumed that the amount of (real) time between two consecutive steps of a nonfaulty process is at least .. and at most ..; thus, .=../.. is a measure of the timing uncertainty. It is also assumed that a message sent by a nonfaulty process is delivered with

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Lars Rautenburger,Alexander Lieblch concurrent processors access the same memory location at the same time. In this work, we examine the dependence of performance on the . of the . used in constructing such networks..Our main result is a construction of counting networks (and, hence, . with perfect power width .., for any integers

痛苦一生

Jens Freche,Milan den Heijer,Bastian Wormuth new deterministic algorithm for maximum finding on asynchronous unidirectional rings. For the past decade, the record for the lowest worst case message complexity (1.356n log .+O(.)) for maximum finding for this model has been held by an involved algorithm with a complicated analysis. Our algorithm

PAN

Data Sustainability—A Thorough Consideration a consistent channel labelling. This paper shows that, if processors can label their channels arbitrarily, then there is no distributed orientation algorithm. Therefore the orientation problem is studied in various orientation models ? that restrict local channel labellings. For many ?, there are n

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