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Distributed advanced search techniques for circuit partitioning

机译:分布式高级搜索技术,用于电路分区

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Parallel and distributed computing systems offer the promise of a quantum leap in the computing power that can be brought to bear on many important problems. The potential for distributed processing exists whenever there are several computers interconnected in some fashion so that a program or procedure running on one machine can transfer control to a procedure running on another. In such an environment we wish to assign optimally the modules of a program to specific processors. The main objective in optimizing is twofold, minimizing the running time of the program and improving the efficiency of the algorithm. Our main task in this work is to develop an environment that allows easy parallelization of the existing sequential algorithms, in which the potential parallelism fits easily into the sequential algorithm. This paper discusses techniques to parallelize advanced search heuristics (Areibi and Vannelli, 1994) used to solve the circuit partitioning problem.
机译:并行和分布式计算系统有望在计算能力上实现飞跃性发展,从而可以解决许多重要问题。只要有几台计算机以某种方式互连在一起,以便一台计算机上运行的程序或过程可以将控制权转移到另一台计算机上运行的过程,就存在分布式处理的潜力。在这样的环境中,我们希望将程序的模块最佳地分配给特定的处理器。优化的主要目的是双重的,最大限度地减少程序的运行时间并提高算法的效率。我们在这项工作中的主要任务是开发一种环境,该环境允许轻松并行化现有的顺序算法,其中潜在的并行性很容易适合顺序算法。本文讨论了将高级搜索启发式算法并行化的技术(Areibi和Vannelli,1994),用于解决电路分区问题。

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