Title
Designing Efficient Software for Solving Delay Differential Equations
Authors
Christopher A.H. Paul
Keywords
Numerical software, delay differential equations
Report No.
368
Date
1st October 2000
Status
Published in Journal of Computational Applied Mathematics
File size
228Kb (ps)/140Kb (pdf)
Abstract
In this paper the efficient implementation of numerical software for solving delay differential equations is addressed. Several strategies that have been developed over the past 25 years for improving the efficiency of delay differential equation solvers are described. Of particular interest is a new method of automatically constructing the network dependency graph used in tracking derivative discontinuities.
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