AbstractEstablishing the correctness of complicated asynchronous circuit is in general quite difficult because of the high degree of nondeterminism that is inherent in such devices. Nevertheless, it is also very important in view of the cost involved in design and testing of circuits. We show how to give specifications for circuits in a branching time temporal logic and how to mechanically verify them using a simple and efficient model checker. We also show how to tackle a large and complex circuit by verifying it hierarchically
Research in asynchronous circuit approach has been carried out recently when asynchronous circuits a...
Journal ArticleAbstract-This paper presents an efficient method for verifying hazard-freedom in gate...
In this paper, we study a novel approach to asynchronous hyperproperties by reconsidering the founda...
The self-timed (or asynchronous) approach to circuit design has demonstrated benefits in a number of...
This paper presents a method for the verification of speed-independent circuits. The main contributi...
AbstractIn this work we apply the timing verification tool OpenKronos, which is based on timed autom...
This paper illustrates the practical application of an automatic formal verification technique to ci...
Journal ArticleAbstract-Recent design examples have shown that significant performance gains are rea...
pre-printCorrect interaction of asynchronous protocols re- quires verification. Timed asynchronous p...
Verifying timed circuits is a complex problem even when the delays of the system are fixed. This pap...
International audienceAsynchronous circuits have key advantages in terms of low energy consumption, ...
Asynchronous designs are typically modelled with non-deterministic next-state relations. When a det...
Abstract—Correct interaction of asynchronous protocols re-quires verification. Timed asynchronous pr...
The temporal logic model algorithm of E.M. Clarke et al. (ACM Trans. Prog. Lang. Syst., vol.8, no.2...
This thesis shows that rigorous verification of some analog implementation of any Quasi-Delay-Insens...
Research in asynchronous circuit approach has been carried out recently when asynchronous circuits a...
Journal ArticleAbstract-This paper presents an efficient method for verifying hazard-freedom in gate...
In this paper, we study a novel approach to asynchronous hyperproperties by reconsidering the founda...
The self-timed (or asynchronous) approach to circuit design has demonstrated benefits in a number of...
This paper presents a method for the verification of speed-independent circuits. The main contributi...
AbstractIn this work we apply the timing verification tool OpenKronos, which is based on timed autom...
This paper illustrates the practical application of an automatic formal verification technique to ci...
Journal ArticleAbstract-Recent design examples have shown that significant performance gains are rea...
pre-printCorrect interaction of asynchronous protocols re- quires verification. Timed asynchronous p...
Verifying timed circuits is a complex problem even when the delays of the system are fixed. This pap...
International audienceAsynchronous circuits have key advantages in terms of low energy consumption, ...
Asynchronous designs are typically modelled with non-deterministic next-state relations. When a det...
Abstract—Correct interaction of asynchronous protocols re-quires verification. Timed asynchronous pr...
The temporal logic model algorithm of E.M. Clarke et al. (ACM Trans. Prog. Lang. Syst., vol.8, no.2...
This thesis shows that rigorous verification of some analog implementation of any Quasi-Delay-Insens...
Research in asynchronous circuit approach has been carried out recently when asynchronous circuits a...
Journal ArticleAbstract-This paper presents an efficient method for verifying hazard-freedom in gate...
In this paper, we study a novel approach to asynchronous hyperproperties by reconsidering the founda...