The paper is concerned with the uniformization of a system of affine recurrence equations. This transformation is used in the design (or compilation) of highly parallel embedded systems (VLSI systolic arrays, signal processing filters, etc.). We present and implement an automatic system to achieve uniformization of systems of affine recurrence equations. We unify the results from many earlier papers, develop some theoretical extensions, and then propose effective uniformization algorithms. Our results can be used in any high level synthesis tool based on polyhedral representation of nested loop computations
Given an application described by a system of uniform recurrence equations, systolic arrays are comm...
Graduation date: 1990Advances in VLSI array processing have led to many new\ud parallel structures f...
This paper makes a contribution in bridging the theory and practice of the polyhedral model for des...
This paper is concerned with the uniformization of a system of afine recurrence equations. This tra...
AbstractMost work on the problem of synthesizing a systolic array from a system of recurrence equati...
Most work on the problem of synthesizing a systolic array from a system of recur-rence equations is ...
Given a regular application described by a system of uniform recurrence equations, systolic arrays a...
Linear programming methods, optimizations on polytopes, manipulations of integral matrices, are now ...
This paper adresses the problem of efficient mappings of nested loops, and more generally of system...
We consider a system of uniform recurrence equations of dimension one. We show how the computation c...
Systematic methods have been proposed for the design of (semi-) systolic arrays. One approach consis...
Efficient implementation of problems on processor arrays requires dedicated compiling techniques. Th...
The theory of synthesis for designing regular array architectures has been established for some time...
International audienceWe consider a system of uniform recurrence equations (URE) of dimension one. W...
Journal ArticleWe present a technique for mapping recurrence equations to systolic arrays. While thi...
Given an application described by a system of uniform recurrence equations, systolic arrays are comm...
Graduation date: 1990Advances in VLSI array processing have led to many new\ud parallel structures f...
This paper makes a contribution in bridging the theory and practice of the polyhedral model for des...
This paper is concerned with the uniformization of a system of afine recurrence equations. This tra...
AbstractMost work on the problem of synthesizing a systolic array from a system of recurrence equati...
Most work on the problem of synthesizing a systolic array from a system of recur-rence equations is ...
Given a regular application described by a system of uniform recurrence equations, systolic arrays a...
Linear programming methods, optimizations on polytopes, manipulations of integral matrices, are now ...
This paper adresses the problem of efficient mappings of nested loops, and more generally of system...
We consider a system of uniform recurrence equations of dimension one. We show how the computation c...
Systematic methods have been proposed for the design of (semi-) systolic arrays. One approach consis...
Efficient implementation of problems on processor arrays requires dedicated compiling techniques. Th...
The theory of synthesis for designing regular array architectures has been established for some time...
International audienceWe consider a system of uniform recurrence equations (URE) of dimension one. W...
Journal ArticleWe present a technique for mapping recurrence equations to systolic arrays. While thi...
Given an application described by a system of uniform recurrence equations, systolic arrays are comm...
Graduation date: 1990Advances in VLSI array processing have led to many new\ud parallel structures f...
This paper makes a contribution in bridging the theory and practice of the polyhedral model for des...