Add to ORKGAsynchronous 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 Reviewe
Summary form only given. This tutorial aims at motivating the audience to consider asynchronous circ...
PhD ThesisThis Thesis investigates formal models of concurrency that are often used in the process ...
Even if the design of asynchronous circuits reaches a certain level of maturity, they are still cons...
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...
Abstract: Design, validation and synthesis of digital systems, are currently done with the aid of CA...
The synthesis of asynchronous circuits is inherently complex for two different aspects. Firstly, the...
We describe a technique for the design and analysis of a simple asynchronous microprocessor from a L...
This paper presents a new methodology to automatically synthesize asynchronous circuits from descrip...
Interfaces, by nature, are often asynchronous since they serve for connecting multiple distributed m...
A novel strategy for the logic synthesis of asynchronous control circuits is presented. It is based ...
This paper presents a method for the automatic synthesis of asynchronous circuits from Petri net sp...
Interfaces, by nature, are often asynchronous since they serve for connecting multiple distributed m...
This technology review explores the behavioral and structural design domains for asynchronous circui...
Summary form only given. This tutorial aims at motivating the audience to consider asynchronous circ...
PhD ThesisThis Thesis investigates formal models of concurrency that are often used in the process ...
Even if the design of asynchronous circuits reaches a certain level of maturity, they are still cons...
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...
Abstract: Design, validation and synthesis of digital systems, are currently done with the aid of CA...
The synthesis of asynchronous circuits is inherently complex for two different aspects. Firstly, the...
We describe a technique for the design and analysis of a simple asynchronous microprocessor from a L...
This paper presents a new methodology to automatically synthesize asynchronous circuits from descrip...
Interfaces, by nature, are often asynchronous since they serve for connecting multiple distributed m...
A novel strategy for the logic synthesis of asynchronous control circuits is presented. It is based ...
This paper presents a method for the automatic synthesis of asynchronous circuits from Petri net sp...
Interfaces, by nature, are often asynchronous since they serve for connecting multiple distributed m...
This technology review explores the behavioral and structural design domains for asynchronous circui...
Summary form only given. This tutorial aims at motivating the audience to consider asynchronous circ...
PhD ThesisThis Thesis investigates formal models of concurrency that are often used in the process ...
Even if the design of asynchronous circuits reaches a certain level of maturity, they are still cons...