Advances in software tools for scientific computing
著者
書誌事項
Advances in software tools for scientific computing
（Lecture notes in computational science and engineering, 10）
Springer, c2000
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注記
Includes bibliographical references
内容説明・目次
内容説明
To make full use of the ever increasing hardware capabilities of modern com puters, it is necessary to speedily enhance the performance and reliability of the software as well, and often without having a suitable mathematical theory readily available. In the handling of more and more complex real-life numerical problems in all sorts of applications, a modern object-oriented de sign and implementation of software tools has become a crucial component. The considerable challenges posed by the demand for efficient object-oriented software in all areas of scientific computing make it necessary to exchange ideas and experiences from as many different sources as possible. Motivated by the success of the first meeting of this kind in Norway in 1996, we decided to organize another International Workshop on Modern Software Tools for Scientific Computing, often referred to as SciTools'98. This workshop took place in Oslo, Norway, September 14-16, 1998. The ob jective was again to provide an open forum for exchange and discussion of modern, state-of-the-art software techniques applied to challenging numerical problems. The organization was undertaken jointly by the research institute SINTEF Applied Mathematics, the Departments of Mathematics and Infor matics at the University of Oslo, and the company Numerical Objects AS.
目次
- A Modern Framework for Portable High-Performance Numerical Linear Algebra.- Blitz++: The Library that Thinks it is a Compiler.- The Design of Sparse Direct Solvers using Object-Oriented Techniques.- A Sparse Grid PDE Solver
- Discretization, Adaptivity, Software Design and Parallelization.- Java as an Environment for Scientific Computing.- ODE Software that Computes Guaranteed Bounds on the Solution.- The Evolution and Testing of a Medium Sized Numerical Package.- An Object-Oriented Approach to the Finite Element Modeling and Design of Material Processes.- Object-Oriented Field Recovery and Error Estimation in Finite Ele- ment Methods.- Designing an ODE Solving Environment.- Generalized Maps in Geological Modeling: Object-Oriented Design of Topological Kernels.- Author Index.
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