By exploiting parallelism from gates, faults and patterns, the proposed approach enables accurate exhaustive small delay fault simulation even for multimillion ...
In this work we present a waveform-accurate approach for fast high-throughput small delay fault simulation on Graphics Processing Units (GPUs). By exploiting ...
Aug 30, 2016 · Abstract: Delay fault simulation is an essential task during test pattern generation and reliability assessment of electronic circuits.
Experimental results show that the proposed SDD simulator can further accelerate the efficiency of the fault simulation. Compared with the serial simulation ...
Abstract: Delay fault simulation is an essential task during test pattern generation and reliability assessment of electronic circuits.
TL;DR: This paper implements a fault simulator that exploits thread level parallelism on a graphics processing unit (GPU) and fault- simulates all the gates in ...
This paper describes a GPU-based one- to n-detection fault simulator for both stuck-at and transition faults, which demonstrates a 20X speedup over a ...
In this work we present a waveform-accurate approach for fast high-throughput small delay fault simulation on Graphics Processing Units (GPUs). By exploiting ...
GPUs have recently been explored as a new general-purpose computing platform, which are suitable for the acceleration of compute-intensive EDA applications.
Abstract: In this paper, we explore the implementation of fault simulator for small-delay faults on Graphics Processing Unit (GPU).