Optimisation and parallelism in synchronous digital circuit simulators
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Two target architectures for the simulator are used: a sequential CPU, and a parallel GPGPU. The interactions between the different optimisations are discussed, ...
Abstract—Digital circuit simulation often requires a large amount of computation, resulting in long run times. We consider several techniques for optimising ...
Two target architectures for the simulator are used: a sequential CPU, and a parallel GPGPU. The interactions between the different optimisations are discussed, ...
[PDF] Optimisation and Parallelism in Synchronous Digital Circuit ...
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This work considers several techniques for optimising a brute force synchronous circuit simulator: an algorithm using an event queue that avoids ...
Digital circuit simulation often requires a large amount of computation, resulting in long run times. We consider several techniques for optimising a brute ...
Digital circuit simulation often requires a large amount of computation, resulting in long run times. We consider several techniques for optimising a brute ...
Optimisation and parallelism in synchronous digital circuit simulators. M Chimeh, CV Hall, JT O'Donnell. 2012 IEEE 15th International Conference on ...
Optimisation and Parallelism in Synchronous Digital Circuit Simulators ... Parameter Sweep and Optimization of Loosely Coupled Simulations Using the DAKOTA ...
With general purpose parallel processing machines becoming more commonplace, parallel processing is being used extensively to solve a.
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