We describe a new, practical, constructive method for solving the well-known conflict-free scheduling problem for the locally sequential, globally parallel (LSGP) case of systolic array synthesis. Earlier attempts to solve this problem provided a solution with an important practical disadvantage, which we discuss. Here, we provide a closed form solution that enables the enumeration of all valid schedules. The second part of the paper discusses another practical issue: reducing the cost of hardware whose function is to control the flow of data, enable or disable functional units, and generate memory addresses. We present a new technique for controlling the complexity of these housekeeping functions in a systolic array. Both of these techniqu...
A systolic array architecture consists of a grid of simple processing elements (PE) connected throug...
Parallel processing is now a key architectural concept. One form aimed at exploiting massive paralle...
AbstractGiven n elements and an arbitrary integer mfor m ⩽ n, a systolic algorithm for generating al...
(eng) We describe a new, practical, constructive method for solving the well-known conflict-free sch...
An improved method for solving the well-known conflict-free scheduling problem for the locally seque...
An improved method for solving the well-known conflict-free scheduling problem for the locally seque...
Extending the projection method for the synthesis of systolic arrays, we present a procedure for the...
Systematic methods have been proposed for the design of (semi-) systolic arrays. One approach consis...
In this paper we present a systematic method for mapping systolizable problems onto Distributed Memo...
Abstract — This paper introduces methods for extending the classical systolic synthesis methodology ...
A systematic method to map systolizable problems onto multicomputers is presented in this paper. A s...
We present a simple method for developing parallel and systolic programs from data dependence. We de...
A systematic method to m q systolizable proMems onto multicomputers is presented in this paper. A sy...
Journal ArticleWe present a technique for mapping recurrence equations to systolic arrays. While thi...
Abstract. This paper provides a comparison between two automatic systolic array design methods: the ...
A systolic array architecture consists of a grid of simple processing elements (PE) connected throug...
Parallel processing is now a key architectural concept. One form aimed at exploiting massive paralle...
AbstractGiven n elements and an arbitrary integer mfor m ⩽ n, a systolic algorithm for generating al...
(eng) We describe a new, practical, constructive method for solving the well-known conflict-free sch...
An improved method for solving the well-known conflict-free scheduling problem for the locally seque...
An improved method for solving the well-known conflict-free scheduling problem for the locally seque...
Extending the projection method for the synthesis of systolic arrays, we present a procedure for the...
Systematic methods have been proposed for the design of (semi-) systolic arrays. One approach consis...
In this paper we present a systematic method for mapping systolizable problems onto Distributed Memo...
Abstract — This paper introduces methods for extending the classical systolic synthesis methodology ...
A systematic method to map systolizable problems onto multicomputers is presented in this paper. A s...
We present a simple method for developing parallel and systolic programs from data dependence. We de...
A systematic method to m q systolizable proMems onto multicomputers is presented in this paper. A sy...
Journal ArticleWe present a technique for mapping recurrence equations to systolic arrays. While thi...
Abstract. This paper provides a comparison between two automatic systolic array design methods: the ...
A systolic array architecture consists of a grid of simple processing elements (PE) connected throug...
Parallel processing is now a key architectural concept. One form aimed at exploiting massive paralle...
AbstractGiven n elements and an arbitrary integer mfor m ⩽ n, a systolic algorithm for generating al...