Add to ORKGAbstract. Recently, there has been a resurgence of interest in asynchronous design techniques. Asynchronous logic provides a solution to the clock-related timing prob-lems of synchronous systems and can offer higher performance and lower power consumption. This paper presents an approach for modeling and simulating asyn-chronous computer architectures using occam as a description language. 1
Asynchronous circuits is a discipline in which the theory of concurrency is applied to hardware desi...
Systolic arrays are a powerful implementation method for signal, image and video processing algorith...
For high performance designs, dynamic logic techniques have to be considered due to the promising hi...
Abstract. Recently, there has been a resurgence of interest in asynchronous design techniques. The r...
Synchronous very large-scale integration (VLSI) design is approaching a critical point, with clock d...
Occam is a low-level programming language designed specifically to program an array of transputers, ...
This thesis describes the background and implementation of a novel silicon compiler from a high-leve...
The ability to exploit parallel concepts on a large scale has only recently been made possible throu...
The objective of this paper is to determine whether a method can be devised to overcome several prob...
Two different paradigms for parallel computers are currently used. In the first one, called parallel...
International audienceArchitecture Analysis and Design Language (AADL) is used to describe the hardw...
AbstractWe consider the problem of simulating synchronous computations on asynchronous shared memory...
Even if the design of asynchronous circuits reaches a certain level of maturity, they are still cons...
For high performance designs, dynamic logic techniques have to be considered due to the promising hi...
Asynchronous logic is enjoying a resurgence of interest among academic and industrial researchers af...
Asynchronous circuits is a discipline in which the theory of concurrency is applied to hardware desi...
Systolic arrays are a powerful implementation method for signal, image and video processing algorith...
For high performance designs, dynamic logic techniques have to be considered due to the promising hi...
Abstract. Recently, there has been a resurgence of interest in asynchronous design techniques. The r...
Synchronous very large-scale integration (VLSI) design is approaching a critical point, with clock d...
Occam is a low-level programming language designed specifically to program an array of transputers, ...
This thesis describes the background and implementation of a novel silicon compiler from a high-leve...
The ability to exploit parallel concepts on a large scale has only recently been made possible throu...
The objective of this paper is to determine whether a method can be devised to overcome several prob...
Two different paradigms for parallel computers are currently used. In the first one, called parallel...
International audienceArchitecture Analysis and Design Language (AADL) is used to describe the hardw...
AbstractWe consider the problem of simulating synchronous computations on asynchronous shared memory...
Even if the design of asynchronous circuits reaches a certain level of maturity, they are still cons...
For high performance designs, dynamic logic techniques have to be considered due to the promising hi...
Asynchronous logic is enjoying a resurgence of interest among academic and industrial researchers af...
Asynchronous circuits is a discipline in which the theory of concurrency is applied to hardware desi...
Systolic arrays are a powerful implementation method for signal, image and video processing algorith...
For high performance designs, dynamic logic techniques have to be considered due to the promising hi...