AbstractWe give an overview on applications of interval arithmetic. Among others we discuss verification methods for linear systems of equations, nonlinear systems, the algebraic eigenvalue problem, initial value problems for ODEs and boundary value problems for elliptic PDEs of second order. We also consider the item software in this field and give some historical remarks
The introduction of fast and ecient software for interval arithmetic, such as the MATLAB toolbox INT...
This Interval arithmetic or interval mathematics developed in 1950’s and 1960’s by mathematicians as...
The introduction of fast and efficient software for interval arithmetic, such as the MATLAB toolbox ...
Linear systems represent the computational kernel of many models that describe problems arising in t...
Primary Audience for the Book • Specialists in numerical computations who are interested in algorith...
Linear systems represent the computational kernel of many models that describe problems arising in t...
Linear systems represent the computational kernel of many models that describe problems arising in t...
Linear systems represent the computational kernel of many models that describe problems arising in t...
First, basic aspects of interval analysis, roles of intervals and their applications are addressed. ...
This is a brief survey of some of the applications of interval mathematics to the solution of system...
The introduction of fast and efficient software for interval arithmetic, such as the MATLAB toolbox ...
Interval arithmetic is the mathematical structure, which for real intervals defines operations analo...
The introduction of fast and efficient software for interval arithmetic, such as the MATLAB toolbox ...
The introduction of fast and e±cient software for interval arithmetic, such as the MATLAB toolbox IN...
This paper studies the application of interval analysis and consistency techniques to ordinary diffe...
The introduction of fast and ecient software for interval arithmetic, such as the MATLAB toolbox INT...
This Interval arithmetic or interval mathematics developed in 1950’s and 1960’s by mathematicians as...
The introduction of fast and efficient software for interval arithmetic, such as the MATLAB toolbox ...
Linear systems represent the computational kernel of many models that describe problems arising in t...
Primary Audience for the Book • Specialists in numerical computations who are interested in algorith...
Linear systems represent the computational kernel of many models that describe problems arising in t...
Linear systems represent the computational kernel of many models that describe problems arising in t...
Linear systems represent the computational kernel of many models that describe problems arising in t...
First, basic aspects of interval analysis, roles of intervals and their applications are addressed. ...
This is a brief survey of some of the applications of interval mathematics to the solution of system...
The introduction of fast and efficient software for interval arithmetic, such as the MATLAB toolbox ...
Interval arithmetic is the mathematical structure, which for real intervals defines operations analo...
The introduction of fast and efficient software for interval arithmetic, such as the MATLAB toolbox ...
The introduction of fast and e±cient software for interval arithmetic, such as the MATLAB toolbox IN...
This paper studies the application of interval analysis and consistency techniques to ordinary diffe...
The introduction of fast and ecient software for interval arithmetic, such as the MATLAB toolbox INT...
This Interval arithmetic or interval mathematics developed in 1950’s and 1960’s by mathematicians as...
The introduction of fast and efficient software for interval arithmetic, such as the MATLAB toolbox ...
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