Parallel Circuit Simulation Based on Nonlinear Relaxation Methods

Parallel Circuit Simulation Based on Nonlinear Relaxation Methods

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Abstract: qThis paper describes a number of techniques to perform parallel circuit simulation on a shared-memory multiprocessor using nonlinear relaxation algorithms. Various schemes based on the Iterated Timing Analysis (ITA) algorithm exploiting subcircuit-level parallelism are described and implemented, including multiple barrier, single barrier, event-driven and unrolled versions of multiple barrier and single barrier. Simulation results on industrial circuits are used to identify the tradeoffs and limitations of each approach. Our results indicate that, while event-driven is generally able to provide good speedups, the unrolled schemes are capable of providing better speedups on particular circuit examples.qAbstract: aquot;This paper describes a number of techniques to perform parallel circuit simulation on a shared-memory multiprocessor using nonlinear relaxation algorithms.


Title:Parallel Circuit Simulation Based on Nonlinear Relaxation Methods
Author: G. G. Hung, Kyle Gallivan, R. Saleh
Publisher: - 1991
ISBN-13:

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