A unified approach to fault simulation for FGDs is introduced. Instead of a direct fault simulation, the proposed approach calculates indirectly from the simulator output the set...
In this paper we introduce an approach for parameter controlled symbolic analysis of nonlinear analog circuits. Based on a state-of–the-art algorithm, it enables the removal of ...
Ralf Popp, Joerg Oehmen, Lars Hedrich, Erich Barke
This paper describes the AccuPower toolset -- a set of simulation tools accurately estimating the power dissipation within a superscalar microprocessor. AccuPower uses a true hard...
Test sets for path delay faults in circuits with large numbers of paths are typically generated for path delay faults associated with the longest circuit paths. We show that such ...
The market demand for portable multimedia applications has exploded in the recent years. Unfortunately, for such applications current compilers and software optimization methods o...
Armita Peymandoust, Tajana Simunic, Giovanni De Mi...
By using a macro/micro state model we show how assumptions on the resolution of logical and physical timing of computation in computer systems has resulted in design methodologies...
The problem of fault grading for multiple path delay faults is studied and a method of obtaining the exact coverage is presented. The faults covered are represented and manipulate...
Many approaches recently proposed for high-speed asynchronous pipelines are applicable only to linear datapaths. However, real systems typically have non-linearities in their data...
Recep O. Ozdag, Peter A. Beerel, Montek Singh, Ste...