This paper presents a first attempt at implementing an algorithm with result verification for linear systems in the computer algebra system Maple. The algorithm used is known from [5]--[9]. For the sake of convenience we briefly present it in the next section 2. Section 3 contains the description of the Maple procedures realizing the algorithm and their source code. Numerical results are reported in section 4. 2 The algorith
AbstractIn this paper, we present a new algorithm for the exact solutions of linear systems with int...
Abstract. Some methods being used to speed up floating-point computation in Maple are described. Spe...
Abstract: Solution of linear algebra systems may come out with “ill-condition ” or “well-condition ”...
Interval arithmetic is a means to compute verified results. However, a naive use of interval arithme...
AbstractThe problem-oriented verification system SPECTRUM using the set of linear algebra programs a...
International audienceSolving numerically a linear system can be performed very efficiently, using o...
In symbolic computation on computers, also known as computer algebra, keyboard and display replace t...
International audienceThe problem considered in this talk is to solve and mainly to refine an approx...
The study deals with systems of linear algebraic equations and algorithms of their solution with a g...
This paper discusses the implementation of a reduction algorithm for differential-algebraic systems ...
derivation of algorithms for linear algebra operations. Rather than proving loop based algorithms co...
Cylindrical algebraic decomposition (CAD) is an important tool for the investigation of semi-algebra...
In this paper, we summarize the results on program verification through semi-algebraic systems (SASs...
Recent advances in program verification indicate that various verification problems can be reduced t...
The Maple computer algebra system is described. Brief sample sessions show the user syntax and the m...
AbstractIn this paper, we present a new algorithm for the exact solutions of linear systems with int...
Abstract. Some methods being used to speed up floating-point computation in Maple are described. Spe...
Abstract: Solution of linear algebra systems may come out with “ill-condition ” or “well-condition ”...
Interval arithmetic is a means to compute verified results. However, a naive use of interval arithme...
AbstractThe problem-oriented verification system SPECTRUM using the set of linear algebra programs a...
International audienceSolving numerically a linear system can be performed very efficiently, using o...
In symbolic computation on computers, also known as computer algebra, keyboard and display replace t...
International audienceThe problem considered in this talk is to solve and mainly to refine an approx...
The study deals with systems of linear algebraic equations and algorithms of their solution with a g...
This paper discusses the implementation of a reduction algorithm for differential-algebraic systems ...
derivation of algorithms for linear algebra operations. Rather than proving loop based algorithms co...
Cylindrical algebraic decomposition (CAD) is an important tool for the investigation of semi-algebra...
In this paper, we summarize the results on program verification through semi-algebraic systems (SASs...
Recent advances in program verification indicate that various verification problems can be reduced t...
The Maple computer algebra system is described. Brief sample sessions show the user syntax and the m...
AbstractIn this paper, we present a new algorithm for the exact solutions of linear systems with int...
Abstract. Some methods being used to speed up floating-point computation in Maple are described. Spe...
Abstract: Solution of linear algebra systems may come out with “ill-condition ” or “well-condition ”...