Add to ORKGThis paper presents a CAD tool, SystSim, to ease the design of systolic systems. Given a high-level, functional description of processors, and a high-level description of their interconnection, SystSim will perform simulations and provide graphical output. SystSim will also perform transformations such as retiming, which eases use of the methodology of Leiserson and Saxe of designing a system with broadcasting and then obtaining a systolic system through retiming
Concise algorithms to compute a solution of a system of m linear equations Ax=b with n variables are...
Multiplication is most commonly used operation in mathematics. Integer multiplication is used common...
International audienceWe are interested in the systolic computation of projection operators entering...
This paper presents a CAD tool, SystSim, to ease the design of systolic systems. Given a high-level,...
Program year: 1989/1990Digitized from print original stored in HDRThe increase in size and complexit...
The use of a programming model which extends naturally from the underlying hardware, greatly eases t...
[[abstract]]In this paper, we propose a method for representing and transforming a systolic design. ...
A systematic methodology to synthesize systolic designs is described and used to derive a new design...
This paper presents the New Systolic Language as a general solution to the problem systolic programm...
In this paper we propose a methodology to adapt Systolic Algorithms to the hardware selected for the...
AbstractA variety of problems related to systolic architectures, systems, models and computations ar...
Parallel processing is now a key architectural concept. One form aimed at exploiting massive paralle...
Reviews the current state of systolic CAD design tools and defines the structure of a Systolic Algor...
A systematic method to map systolizable problems onto multicomputers is presented in this paper. A s...
A systematic method to m q systolizable proMems onto multicomputers is presented in this paper. A sy...
Concise algorithms to compute a solution of a system of m linear equations Ax=b with n variables are...
Multiplication is most commonly used operation in mathematics. Integer multiplication is used common...
International audienceWe are interested in the systolic computation of projection operators entering...
This paper presents a CAD tool, SystSim, to ease the design of systolic systems. Given a high-level,...
Program year: 1989/1990Digitized from print original stored in HDRThe increase in size and complexit...
The use of a programming model which extends naturally from the underlying hardware, greatly eases t...
[[abstract]]In this paper, we propose a method for representing and transforming a systolic design. ...
A systematic methodology to synthesize systolic designs is described and used to derive a new design...
This paper presents the New Systolic Language as a general solution to the problem systolic programm...
In this paper we propose a methodology to adapt Systolic Algorithms to the hardware selected for the...
AbstractA variety of problems related to systolic architectures, systems, models and computations ar...
Parallel processing is now a key architectural concept. One form aimed at exploiting massive paralle...
Reviews the current state of systolic CAD design tools and defines the structure of a Systolic Algor...
A systematic method to map systolizable problems onto multicomputers is presented in this paper. A s...
A systematic method to m q systolizable proMems onto multicomputers is presented in this paper. A sy...
Concise algorithms to compute a solution of a system of m linear equations Ax=b with n variables are...
Multiplication is most commonly used operation in mathematics. Integer multiplication is used common...
International audienceWe are interested in the systolic computation of projection operators entering...