AbstractWe present a linear systolic array of O(n) cells that solves the least squares linear prediction problem in time O(n) via an algorithm based on the so-called lattice algorithm. The total storage required is O(n) words, i.e., only a constant number of words are needed at each cell
The systolic array research was pioneered by H. T. Kung and C. E. Leiserson. Systolic arrays are spe...
Systolic Array architectures are data-flow based but designing architectures for solving specific pr...
AbstractGiven n elements and an arbitrary integer mfor m ⩽ n, a systolic algorithm for generating al...
AbstractWe describe a systolic algorithm for solving a Toeplitz least-squares problem of special for...
The solution of an (n+1)x(n+1) Toeplitz system of linear equations on a one-dimensional systolic ar...
We survey some recent results on linear-time and almost linear-time algorithms for one and two-dime...
Abstract: This paper presents a performance analysis of three categories of adaptive filtering algor...
Let A, B be two arbitrary mnnn , matrices. We present a parallel algorithm to solve the dense line...
A systolic array to implement lattice-reduction-aided linear detection is proposed for a MIMO receiv...
The work shows the performance of an algorithm for adaptive lattice structures in line tracking. The...
AbstractA profile is given of current research, as it pertains to computational mathematics, on Very...
AbstractFor an arbitrary n × n matrix A and an n × 1 column vector b, we present a systolic algorith...
This paper presents the outline of the systolic array recursive least-squares (RLS) processor protot...
International audienceIn this paper we design modular linear systolic arrays for the solutions of dy...
Concise algorithms to compute a solution of a system of m linear equations Ax=b with n variables are...
The systolic array research was pioneered by H. T. Kung and C. E. Leiserson. Systolic arrays are spe...
Systolic Array architectures are data-flow based but designing architectures for solving specific pr...
AbstractGiven n elements and an arbitrary integer mfor m ⩽ n, a systolic algorithm for generating al...
AbstractWe describe a systolic algorithm for solving a Toeplitz least-squares problem of special for...
The solution of an (n+1)x(n+1) Toeplitz system of linear equations on a one-dimensional systolic ar...
We survey some recent results on linear-time and almost linear-time algorithms for one and two-dime...
Abstract: This paper presents a performance analysis of three categories of adaptive filtering algor...
Let A, B be two arbitrary mnnn , matrices. We present a parallel algorithm to solve the dense line...
A systolic array to implement lattice-reduction-aided linear detection is proposed for a MIMO receiv...
The work shows the performance of an algorithm for adaptive lattice structures in line tracking. The...
AbstractA profile is given of current research, as it pertains to computational mathematics, on Very...
AbstractFor an arbitrary n × n matrix A and an n × 1 column vector b, we present a systolic algorith...
This paper presents the outline of the systolic array recursive least-squares (RLS) processor protot...
International audienceIn this paper we design modular linear systolic arrays for the solutions of dy...
Concise algorithms to compute a solution of a system of m linear equations Ax=b with n variables are...
The systolic array research was pioneered by H. T. Kung and C. E. Leiserson. Systolic arrays are spe...
Systolic Array architectures are data-flow based but designing architectures for solving specific pr...
AbstractGiven n elements and an arbitrary integer mfor m ⩽ n, a systolic algorithm for generating al...