(Enter summary)
Abstract: . We are concerned with the complexity of 2mth order elliptic two-point boundary-value problems
Lu = f . Previous work on the complexity of these problems has generally assumed that we had
partial information about the right-hand side f and complete information about the coefficients of L,
often making unrealistic assumptions about the smoothness of the coefficients of L. In this paper, we
study problems in which f has r derivatives in the Lp -sense and for L having the usual divergence form
... (Update)
Context of citations to this paper: More
...assumptions There are two issues to deal with. First, we want to know where smoothness counts the most for Fredholm problems, as we did in [16] for two point boundary value problems. That is, we would like to know which is more important the smoothness of the kernel or of...
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BibTeX entry: (Update)
A. G. Werschulz. Where does smoothness count the most for two-point boundary-value problems? J. Complexity, 15:360--384, 1999. 43 http://citeseer.ist.psu.edu/werschulz97where.html More
@article{ werschulz99where,
author = "Werschulz",
title = "Where Does Smoothness Count the Most for Two-Point Boundary-Value Problems?",
journal = "COMPLEXITY: Journal of Complexity",
volume = "15",
year = "1999",
url = "citeseer.ist.psu.edu/werschulz97where.html" }
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Survey lectures on the mathematical foundations of the finit.. (context) - Babuska, Aziz - 1972
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Partial Differential Equations (context) - Friedman - 1976
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The Computational Complexity of Differential and Integral Eq.. (context) - Werschulz - 1991
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Finite Elements: Mathematical Aspects (context) - Oden, Carey - 1983
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Numerical Methods (context) - Bakhvalov - 1977
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Grundlehren der mathematischen Wissenschaften (context) - Lorentz, von Golitschek et al. - 1996
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