Titlebook: Distributed Algorithms; 4th International Wo Jan Leeuwen,Nicola Santoro Conference proceedings 1991 Springer-Verlag Berlin Heidelberg 1991

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The Creation of Popular Management Textse exists no algorithm in which the processors can sense termination. However, for all .>0 there exist leader election algorithms which terminate when all messages arrive. These algorithms elect a leader with error probability ≤ .. They and most subsequent authors have concentrated on the message com

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Upper Gastrointestinal Bleeding (UGIB)rbitrary anonymous networks of processes. Our algorithms are simpler than in [11] and slightly improve on those in [9,11] with respect to communication complexity. So far, the present algorithms are very likely to be the first fully and precisely specified distributed communication protocols for nam

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P. Poitras,J. Bissonnette,Alan Barkunour of fail-stop type. The solution uses several tokens, in order to ensure that, despite crash failure of some sites, at least one token will perform a complete traversal of the network. The complexities in time and in number of messages of this algorithm are linear with respect to the size of the

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P. Poitras,M. Bouin,C. Faure,M. Dapoigny well known concepts for distributed deadlock detection and adds some new features to reduce message- and space complexity. It was implemented on a transputer network and shown to be more efficient than previously published algorithms.

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Pierre Poitras,Marc Bilodeau,Jean-Eric Ghia also represents a basic mechanism for distributed computing, was studied by Even and Rajsbaum in [ER1] and [ER2]. They studied the behavior of the synchronizer in networks with constant message transmission delays and processing times. Here we study the case in which the transmission delays and the

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P. Poitras,L. Tremblay,K. Orlickaage and time complexity .(.) on an .-node network, where . is the smallest number of faces needed to cover all the nodes, taken over all possible plane embeddings of the network. The complexity of the algorithm ranges from .(.) to .(..) as . ranges from 1 to Θ(.). The algorithm incorporates optimal

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Charles Travis,Alexander von Lünen. The algorithm is relatively simple due to the fact that only local balance is sought. Emphasis is put on the stepwise development of the algorithm. First an abstract algorithm is presented and its safety and liveness properties are proved. Then a concrete, distributed algorithm is shown to correct

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The Digital Arts and Humanities. This paper investigates the simple class of . scheduling algorithms, namely, algorithms that always forward a packet if they can. It is first proved that for various “natural” classes of routes, the time required to complete the transmission of a set of packets is bounded by the sum of the number

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