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A Constraint Satisfaction Approach to Parametric Differential Equations (2001)

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by M. Janssen , P. Van Hentenryck , Y. Deville
Citations:6 - 3 self
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BibTeX

@MISC{Janssen01aconstraint,
    author = {M. Janssen and P. Van Hentenryck and Y. Deville},
    title = {A Constraint Satisfaction Approach to Parametric Differential Equations},
    year = {2001}
}

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Abstract

Parametric ordinary differential equations arise in many areas of science and engineering. Since some of the data is uncertain and given by intervals, traditional numerical methods do not apply. Interval methods provide a way to approach these problems but they often suffer from a loss in precision and high computation costs. This paper presents a constraint satisfaction approach that enhances interval methods with a pruning step based on a global relaxation of the problem. Theoretical and experimental evaluations show that the approach produces significant improvements in accurracy and/or efficiency over the best interval methods.

Keyphrases

constraint satisfaction approach    interval method    parametric differential equation    significant improvement    many area    global relaxation    parametric ordinary differential equation    experimental evaluation    traditional numerical method    high computation cost   

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