Add to ORKGMany systolic algorithms and related design methodologies have been recently proposed. Frecuently, in these systolic algorithms practical considerations are not taken into account. Equitatively distributed load between processing elements, pipelined functional units etc, are desirable features when implementing systolic algorithms.In this paper we present a design methodology in which these features are considered. As an example, the methodology is applied to obtain a problem-size-independent, two-level pipelined 1D systolic algorithm with data contraflow to efficiently solve triangular systems of equations.Peer Reviewe
Let A, B be two arbitrary mnnn , matrices. We present a parallel algorithm to solve the dense line...
A systolic array architecture consists of a grid of simple processing elements (PE) connected throug...
We present new optimal systolic algorithms for the transitive closure problem on ring and linear arr...
Many systolic algorithms and related design methodologies have been recently proposed. Frecuently, ...
In this paper we present a method to transform simple synchronization systolic algorithms into two-l...
This paper addrcsscetwo i rtnt issues in systolic array dcsigns: fault-tolerancc and two-lcvcl pipcl...
In this paper we propose a methodology to adapt Systolic Algorithms to the hardware selected for the...
Concise algorithms to compute a solution of a system of m linear equations Ax=b with n variables are...
A new systolic array for triangularisation with reduced computation time and latency is described. T...
The authors present a method to implement systolic algorithms (SAs) using pipelined functional units...
In this paper, we show that every systolic array executes a Regular Iterative Algorithm with a stron...
This work was supported by the Ministery of Education of Spain (CAYCIT) under Grant Number 2906-83 C...
AbstractA variety of problems related to systolic architectures, systems, models and computations ar...
The paper presents a design for a hardware genetic algorithm which uses a pipeline of systolic array...
In a systolic array, the maximum operating speed is determined by the most complex op eration perfor...
Let A, B be two arbitrary mnnn , matrices. We present a parallel algorithm to solve the dense line...
A systolic array architecture consists of a grid of simple processing elements (PE) connected throug...
We present new optimal systolic algorithms for the transitive closure problem on ring and linear arr...
Many systolic algorithms and related design methodologies have been recently proposed. Frecuently, ...
In this paper we present a method to transform simple synchronization systolic algorithms into two-l...
This paper addrcsscetwo i rtnt issues in systolic array dcsigns: fault-tolerancc and two-lcvcl pipcl...
In this paper we propose a methodology to adapt Systolic Algorithms to the hardware selected for the...
Concise algorithms to compute a solution of a system of m linear equations Ax=b with n variables are...
A new systolic array for triangularisation with reduced computation time and latency is described. T...
The authors present a method to implement systolic algorithms (SAs) using pipelined functional units...
In this paper, we show that every systolic array executes a Regular Iterative Algorithm with a stron...
This work was supported by the Ministery of Education of Spain (CAYCIT) under Grant Number 2906-83 C...
AbstractA variety of problems related to systolic architectures, systems, models and computations ar...
The paper presents a design for a hardware genetic algorithm which uses a pipeline of systolic array...
In a systolic array, the maximum operating speed is determined by the most complex op eration perfor...
Let A, B be two arbitrary mnnn , matrices. We present a parallel algorithm to solve the dense line...
A systolic array architecture consists of a grid of simple processing elements (PE) connected throug...
We present new optimal systolic algorithms for the transitive closure problem on ring and linear arr...