Asynchronous circuits is a discipline in which the theory of concurrency is applied to hardware design. This paper presents an overview of a design framework in which Petri nets are used as the main behavioral model for specification. Techniques for synthesis, analysis and formal verification of asynchronous circuits are reviewed and discussed.Peer ReviewedPostprint (author's final draft
Journal ArticleAsynchronous/Self-timed circuits are beginning to attract renewed attention as promis...
Interfaces, by nature, are often asynchronous since they serve for connecting multiple distributed ...
The synthesis of asynchronous circuits is inherently complex for two different aspects. Firstly, the...
Asynchronous circuits is a discipline in which the theory of concurrency is applied to hardware desi...
International audienceCommunicating Hardware Processes (CHP) is a CSP-like language for describing a...
PhD ThesisThis Thesis investigates formal models of concurrency that are often used in the process ...
This paper presents a methodology for the verification of speed-independent asynchronous circuits ag...
PhD ThesisDesign of asynchronous control circuits has traditionally been associated with application...
A novel strategy for the logic synthesis of asynchronous control circuits is presented. It is based ...
Petrifyis a tool for (1) manipulating concurrent specifications and (2) synthesis and optimization o...
Abstract: Design, validation and synthesis of digital systems, are currently done with the aid of CA...
This paper presents a method for the automatic synthesis of asynchronous circuits from Petri net spe...
Journal ArticleRecent practical advances in asynchronous circuit and system design have resulted in ...
This paper presents a new methodology to automatically synthesize asynchronous circuits from descrip...
Journal ArticleAsynchronous systems are being viewed as an increasingly viable alternative to purel...
Journal ArticleAsynchronous/Self-timed circuits are beginning to attract renewed attention as promis...
Interfaces, by nature, are often asynchronous since they serve for connecting multiple distributed ...
The synthesis of asynchronous circuits is inherently complex for two different aspects. Firstly, the...
Asynchronous circuits is a discipline in which the theory of concurrency is applied to hardware desi...
International audienceCommunicating Hardware Processes (CHP) is a CSP-like language for describing a...
PhD ThesisThis Thesis investigates formal models of concurrency that are often used in the process ...
This paper presents a methodology for the verification of speed-independent asynchronous circuits ag...
PhD ThesisDesign of asynchronous control circuits has traditionally been associated with application...
A novel strategy for the logic synthesis of asynchronous control circuits is presented. It is based ...
Petrifyis a tool for (1) manipulating concurrent specifications and (2) synthesis and optimization o...
Abstract: Design, validation and synthesis of digital systems, are currently done with the aid of CA...
This paper presents a method for the automatic synthesis of asynchronous circuits from Petri net spe...
Journal ArticleRecent practical advances in asynchronous circuit and system design have resulted in ...
This paper presents a new methodology to automatically synthesize asynchronous circuits from descrip...
Journal ArticleAsynchronous systems are being viewed as an increasingly viable alternative to purel...
Journal ArticleAsynchronous/Self-timed circuits are beginning to attract renewed attention as promis...
Interfaces, by nature, are often asynchronous since they serve for connecting multiple distributed ...
The synthesis of asynchronous circuits is inherently complex for two different aspects. Firstly, the...