1988 · 32 citations · 4 references
EngineeringComputer EngineeringComputer ScienceComputer ArchitectureMicroelectronicsVlsi DesignCmos Circuit DesignIntegrated Circuit DesignParallel ComputationParallel Performance AnalysisPhysical DesignVery-large-scale Integration LayoutEmpirical EvaluationMicroarchitectural Performance ModelingMicroarchitectural SimulationParallel Performance ModelingVery-large-scale Integration (Vlsi) DesignVlsi Implementation
This paper presents a methodology for empirically determining the amount of parallelism on a CMOS VLSI chip. Six chips are measured, and the effect of input choice and circuit size is studied. The unexpectedly low parallelism measured here suggests that certain strategies for parallel simulators may be doomed, and earlier efforts to extrapolate parallelism from small circuits to large circuits may have been overly optimistic.
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Fundamentals of Parallel Logic Simulation
Robert J. Smith · Design Automation Conference · 1986 · 28 citations
Performance analysis and design of a logic simulation machine
K. Wong, Mark A. Franklin · 1987 · 14 citations · Full text