The design of parallel algorithms and architectures for solving linear systems using two-step division-free Gaussian elimination method is considered.

Abstract: The design of optimal array processors for solving linear systems using two-step division-free Gaussian elimination method is considered.

The design of parallel algorithms and architectures for solving linear systems using two-step division-free Gaussian elimination method is considered.

An innovative parallel algorithm is developed whose data dependency graph meets the requirements for regularity and locality of the two-step method and ...

Parallel Algorithm and Architecture for Two-step. Division-free. Gaussian Elimination. Shietung Peng*, Stanislav Sedukhin* and Igor Sedukhin+. *The University.

10 Citations · Parallel architecture for the solution of linear equations systems based on division free Gaussian elimination method implemented in FPGA.

Shietung Peng, Stanislav Sedukhin, Igor S. Sedukhin: Parallel Algorithm And Architecture For Two-Step Division-Free Gaussian Elimination. ASAP 1996: 183-192.

Dec 10, 2024 · This paper presents a parallel architecture for the solution of linear equations systems based on the Division Free Gaussian Elimination ...

In this paper, the one-step division-free Gaussian elimination algorithm is used to reduce the matrix A to a diagonal form. The one-step division-free Gaussian ...

This paper presents a parallel architecture for the solution of linear equations systems based on the Division Free Gaussian Elimination Method.