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

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The Digital Arts and Humanitiesh may cause deadlock or may starve certain network nodes since these phenomena result in long waiting times and invocations of delaying recovery procedures which imply (by definition) very low speed..On the other hand, in order to accelerate the network algorithms, such networks are likely to have t

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Joseph Lennon,Michael F. Johnson in the literature. These are of two types: small-error and error-free. In the small-error solutions, there is a small probability either that the dealer has not properly distributed the secret or that the faulty players can figure out the secret before reconstruction. In the error-free solutions ne

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https://doi.org/10.1057/9781137382559d so transactions remain serializable. The main difficulty is the possibility of a partition of the network due to site or communication failures. Several protocols have been designed to synchronize transactions running in different components. Most pessimistic algorithms restrict access to a unique

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Bitcoin Decentralized Virtual Currency,us avoiding communication overhead and distributed commitment, which are required by most other replica control protocols. In the first protocol, data accessibility at a site can be dynamically reconfigured using special transactions, which are executed on demand. In the second protocol, data access

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Memory-efficient self stabilizing protocols for general networks, memory is presented. The processors have unique identifiers but are otherwise identical. The network topology is assumed to be dynamic, that is, edges can join or leave the computation before it eventually stabilizes..The algorithm is design uses a new paradigm in self stabilization. The idea is to

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