AbstractIn this paper, a novel approach is introduced on accelerating the fault simulation speed on field programmable gate array (FPGA). The approach is based on parallel simulation methodology. More than one faulty circuit is handled in the fault simulation system, but the relative area overhead is low and it will accelerate the simulation process. A new metrics – Speedup relative to the Ratio of Hardware Overhead (SRHO) is introduced, by which the experimental results are evaluated. Experimental results in terms of simulation time, hardware overhead and SRHO for ISCAS-85 benchmark circuits are compared to a previous work to show its advantage
We propose a new method to speed up stuck-at fault simulation for sequential circuits. The method co...
Mixed analog and digital mode simulators have been available for accurate transient fault simulation...
In this paper, we propose a method of using an FPGA-based emulation system for fault grading. The re...
AbstractIn this paper, a novel approach is introduced on accelerating the fault simulation speed on ...
In this paper, we explore the implementation of fault simulation on a Graphics Processing Unit (GPU)...
[[abstract]]An FPGA-based hardware emulation system is shown to boost the speed of fault simulation ...
Trace-based methods have been shown to be more effective than traditional fault simulation methods. ...
Abstract. We present an evaluation of accelerating fault simulation by hardware emulation on FPGA. F...
With increase in complexity of digital circuits, it has become extremely important to detect faults ...
With increase in complexity of digital circuits, it has become extremely important to detect faults ...
[[abstract]]In this paper, we introduce a method that uses the held programmable gate array (FPGA)-b...
[[abstract]]In this paper, we propose a method of using an FPGA-based emulation system for fault gra...
© 2017 IEEE. Fault simulation is very important task for testing and fault diagnostics based on the ...
In sequential circuit fault simulation, the hypertrophic faults, which result from lengthened initia...
This paper describes a feasibiliiy siudy of accelerating fault simulation by emulation on FPGA. Faul...
We propose a new method to speed up stuck-at fault simulation for sequential circuits. The method co...
Mixed analog and digital mode simulators have been available for accurate transient fault simulation...
In this paper, we propose a method of using an FPGA-based emulation system for fault grading. The re...
AbstractIn this paper, a novel approach is introduced on accelerating the fault simulation speed on ...
In this paper, we explore the implementation of fault simulation on a Graphics Processing Unit (GPU)...
[[abstract]]An FPGA-based hardware emulation system is shown to boost the speed of fault simulation ...
Trace-based methods have been shown to be more effective than traditional fault simulation methods. ...
Abstract. We present an evaluation of accelerating fault simulation by hardware emulation on FPGA. F...
With increase in complexity of digital circuits, it has become extremely important to detect faults ...
With increase in complexity of digital circuits, it has become extremely important to detect faults ...
[[abstract]]In this paper, we introduce a method that uses the held programmable gate array (FPGA)-b...
[[abstract]]In this paper, we propose a method of using an FPGA-based emulation system for fault gra...
© 2017 IEEE. Fault simulation is very important task for testing and fault diagnostics based on the ...
In sequential circuit fault simulation, the hypertrophic faults, which result from lengthened initia...
This paper describes a feasibiliiy siudy of accelerating fault simulation by emulation on FPGA. Faul...
We propose a new method to speed up stuck-at fault simulation for sequential circuits. The method co...
Mixed analog and digital mode simulators have been available for accurate transient fault simulation...
In this paper, we propose a method of using an FPGA-based emulation system for fault grading. The re...