Add to ORKGThe Algebraic Path Problem (APP) has many practical instances to be solved. The general solution by Robert and Trystram (1986) will be discussed along with the mapping and operation of the algorithm to a systolic array. The specific instance of the APP, the transistive and reflexive closure of a binary relation, will be implemented with a discussion of the different stages ranging from the logic equations to a method of the fabrication
AbstractGiven n elements and an arbitrary integer mfor m ⩽ n, a systolic algorithm for generating al...
Abs&act--It has been shown that the method of decomposing a dependence graph into multiple phase...
This dissertation provides a fairly comprehensive treatment of a broad class of algorithms as it per...
The Algebraic Path Problem (APP) has many practical instances to be solved. The general solution by ...
AbstractThis paper deals with the systematic synthesis of systolic arrays. As a target example, we d...
We present a literature review on the algebraic path problem and describe different sequential and s...
This paper addresses the problem of computing transitive closure of a given directed graph on linear...
In this thesis, we propose a new systolic architecture which is based on the Faddeev\u27s algorithm....
Forming the transitive closure of a binary relation (or directed graph) is an important part of many...
We present new optimal systolic algorithms for the transitive closure problem on ring and linear arr...
Concise algorithms to compute a solution of a system of m linear equations Ax=b with n variables are...
AbstractA variety of problems related to systolic architectures, systems, models and computations ar...
The goal of the research is the establishment of a formal methodology to develop computational struc...
AbstractA profile is given of current research, as it pertains to computational mathematics, on Very...
We have designed and constructed a genetic algorithm engine using a systolic design methodology. The...
AbstractGiven n elements and an arbitrary integer mfor m ⩽ n, a systolic algorithm for generating al...
Abs&act--It has been shown that the method of decomposing a dependence graph into multiple phase...
This dissertation provides a fairly comprehensive treatment of a broad class of algorithms as it per...
The Algebraic Path Problem (APP) has many practical instances to be solved. The general solution by ...
AbstractThis paper deals with the systematic synthesis of systolic arrays. As a target example, we d...
We present a literature review on the algebraic path problem and describe different sequential and s...
This paper addresses the problem of computing transitive closure of a given directed graph on linear...
In this thesis, we propose a new systolic architecture which is based on the Faddeev\u27s algorithm....
Forming the transitive closure of a binary relation (or directed graph) is an important part of many...
We present new optimal systolic algorithms for the transitive closure problem on ring and linear arr...
Concise algorithms to compute a solution of a system of m linear equations Ax=b with n variables are...
AbstractA variety of problems related to systolic architectures, systems, models and computations ar...
The goal of the research is the establishment of a formal methodology to develop computational struc...
AbstractA profile is given of current research, as it pertains to computational mathematics, on Very...
We have designed and constructed a genetic algorithm engine using a systolic design methodology. The...
AbstractGiven n elements and an arbitrary integer mfor m ⩽ n, a systolic algorithm for generating al...
Abs&act--It has been shown that the method of decomposing a dependence graph into multiple phase...
This dissertation provides a fairly comprehensive treatment of a broad class of algorithms as it per...