A systolic algorithm is presented which allows the parallel execution of iterative methods for solving systems of linear equations on a processor array.
The use of a systolic array to compute the matrix vector multiplication where the matrix has a dense band has proved its use in [8]. In [9] a method is ...
While the array is performing matrix-vector multiplication for a block, the other block is being loaded without any interference. Since double buffering allows ...
A systolic algorithm is presented which allows the parallel execution of iterative methods for solving systems of linear equations on a processor array ...
A systolic array is proposed which is specifically designed to solve a system of sparse linear equations. The array consists of a number of processing ...
A systolic algorithm is presented which allows the parallel execution of iterative methods for solving systems of linear equations on a processor array.
For the cases when the number of rows in the systolic array and the number of channels are the same, each row of the systolic array is assigned one channel. V.
In this paper, we propose Mentha, a framework that enables systolic arrays to accelerate sparse matrix computation by employing a sparse-packing algorithm.
Matrix—Vector Multiplication on a Linear Systolic Array. We consider the problem of multiplying a matrix A — (a,1) with a vector x — (xj,...,x~)T. The ...
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As an example, consider a systolic array matrix multiplier as shown in Figure 1.1. It consists of a 2D array of MACs (Multiply-And-Accumulate), which are ...