Titlebook: Distributed Computing and Networking; 12th International C Marcos K. Aguilera,Haifeng Yu,Romit Roy Choudhury Conference proceedings 2011 Sp

incisive

On the Performance of Distributed Lock-Based Synchronization,ral distributed data structures which use locking for synchronization. We have proposed, implemented and tested several lock-based distributed data structures, namely, two different types of counters called find&increment and increment&publish, a queue, a stack and a linked list. For each one of the

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Distributed Generalized Dynamic Barrier Synchronization,n of many-core processors, barrier synchronization has been adapted for higher level language abstractions in new languages such as X10 wherein the processes participating in barrier synchronization are not known a priori, and the processes in distinct “places” don’t share memory. Thus, the challeng

NAG

A High-Level Framework for Distributed Processing of Large-Scale Graphs, a distributed framework that facilitates high-level programming of parallel graph algorithms by expressing them as a hierarchy of distributed computations executed independently and managed by the user. . programs are in general short and elegant; they achieve good portability, memory utilization a

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逗它小傻瓜

Relating ,-Resilience and Wait-Freedom via Hitting Sets,ther way, the ., the collection of process sets such that progress is required if all the processes in one of these sets are correct, are all sets with at least . − . processes..We show that the ability of arbitrary collection of live sets . to solve distributed tasks is tightly related to the . of

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Invited Paper: The Inherent Complexity of Transactional Memory and What to Do about It,nues that address the challenge of concurrent programming. For example, optimizing coarse-grained techniques, and concurrent programming with .—simple atomic operations on a small number of locations.

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