Titlebook: Distributed Computing; 21st International S Andrzej Pelc Conference proceedings 2007 Springer-Verlag Berlin Heidelberg 2007 Byzantine proce

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書目名稱Distributed Computing影響因子(影響力)




書目名稱Distributed Computing影響因子(影響力)學科排名




書目名稱Distributed Computing網絡公開度




書目名稱Distributed Computing網絡公開度學科排名




書目名稱Distributed Computing被引頻次




書目名稱Distributed Computing被引頻次學科排名




書目名稱Distributed Computing年度引用




書目名稱Distributed Computing年度引用學科排名




書目名稱Distributed Computing讀者反饋




書目名稱Distributed Computing讀者反饋學科排名

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A Subjective Visit to Selected Topics in Distributed Computingibuted computing problems that have recently received attention in the literature. For each of them, the talk presents the problem, results from the community, results from the author (and his co-authors), and questions that remain open. The following are among the topics covered in the talk.

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Bounded Wait-Free Implementation of Optimally Resilient Byzantine Storage Without (Unproven) Cryptogone-third of) Byzantine servers, without the use of unproven cryptographic primitives or requiring communication among servers. Unlike previous (non-optimal) solutions, the sizes of messages sent to writers depend only on the actual number of active readers and not on the total number of readers in

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A Simple Population Protocol for Fast Robust Approximate Majorityndom to interact. Given an initial configuration of .’s, .’s and blanks that contains at least one non-blank, the goal is for the agents to reach consensus on one of the values . or .. Additionally, the value chosen should be the majority non-blank initial value, provided it exceeds the minority by

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A Denial-of-Service Resistant DHT (DoS) attacks. More precisely, we are focusing on designing a scalable distributed hash table (DHT) that is robust against so-called past insider attacks. In a past insider attack, an adversary knows . about the system up to some time point .. not known to the system. After .., the adversary can at

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Mobility Versus the Cost of Geocasting in Mobile Ad-Hoc Networksption on some topological stability, it is impossible to solve the geocast problem despite connectivity and no matter how slowly the nodes move. Even if each node maintains a stable connection with each of its neighbours for some period of time, it is impossible to solve geocast if nodes move too fa

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Self-stabilizing Counting in Mobile Sensor Networks with a Base Station lack of computational power. In this paper, we extend the results of Angluin et al (see [4,3,2,1]) by finding self-stabilizing algorithms to count the number of agents in the network. We focus on two different models of communication, with a fixed base station or with pairwise interactions. In both

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Time Optimal Asynchronous Self-stabilizing Spanning Treetion. Our solution is decentralized (“truly distributed”), uses a bounded memory and is . based on the assumption that either . (the number of nodes), or . (the actual diameter of the network), or an existence of cycles in the network are known. The algorithm assumes asynchronous and reliable FIFO m

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