The problem of solving an infinite system of linear equations finitely expressed is addressed. Modifications of the Gauss-Seidel method are presented, especially suitable for the implementation on SMP machines with a small number of processors. One of the proposed parallel algorithms, which concentrates the computational efforts where they are most neeeded, results to be more efficient than the sequential algorithm, even from the point of view of the total number of operations
A new family of parallel schemes for directly solving linear systems is presented and analyzed. It i...
We present a study of the implementational aspects of iterative methods to solve systems of linear e...
In this paper three methods for the parallel solution of large-scale, sparse, linear equation system...
The problem of solving an infinite system of linear equations finitely expressed is addressed. Modif...
AbstractThe problem of approximating the solution of infinite linear systems finitely expressed by a...
The problem of approximating the solution of infinite linear systems finitely expressed by a sparse ...
In this paper, parallel algorithms suitable for the iterative solution of large sets of linear equat...
summary:Nonlinear iterative methods are investigated and a generalization of a direct method for lin...
AbstractIn this paper we present two efficient algorithms for the parallel solution of n × n dense l...
AbstractThe solution of linear systems continues to play an important role in scientific computing. ...
The Massively Parallel Processor (MPP) was designed as a special machine for specific applications i...
summary:A finite iteration method for solving systems of (max, min)-linear equations is presented. T...
This dissertation proposes a new technique for efficient parallel solution of very large linear syst...
In this review paper, we consider some important developments and trends in algorithm design for t...
Práce se zabývá třemi algoritmy hledajícími řešení lineárních soustav rovnic. Ty zvládnou vyřešit om...
A new family of parallel schemes for directly solving linear systems is presented and analyzed. It i...
We present a study of the implementational aspects of iterative methods to solve systems of linear e...
In this paper three methods for the parallel solution of large-scale, sparse, linear equation system...
The problem of solving an infinite system of linear equations finitely expressed is addressed. Modif...
AbstractThe problem of approximating the solution of infinite linear systems finitely expressed by a...
The problem of approximating the solution of infinite linear systems finitely expressed by a sparse ...
In this paper, parallel algorithms suitable for the iterative solution of large sets of linear equat...
summary:Nonlinear iterative methods are investigated and a generalization of a direct method for lin...
AbstractIn this paper we present two efficient algorithms for the parallel solution of n × n dense l...
AbstractThe solution of linear systems continues to play an important role in scientific computing. ...
The Massively Parallel Processor (MPP) was designed as a special machine for specific applications i...
summary:A finite iteration method for solving systems of (max, min)-linear equations is presented. T...
This dissertation proposes a new technique for efficient parallel solution of very large linear syst...
In this review paper, we consider some important developments and trends in algorithm design for t...
Práce se zabývá třemi algoritmy hledajícími řešení lineárních soustav rovnic. Ty zvládnou vyřešit om...
A new family of parallel schemes for directly solving linear systems is presented and analyzed. It i...
We present a study of the implementational aspects of iterative methods to solve systems of linear e...
In this paper three methods for the parallel solution of large-scale, sparse, linear equation system...