Scientific Programming, Volume 1
Volume 1, Number 1, Fall 1992
- Jim McGraw: Language and Paradigms for Scientific Programming. 4-6
- David Callahan: Scientific Programming Environments and Tools. 7
- Bo Kågström: Scientific Programming Techniques and Experiences. 8
- Hans P. Zima: Scientific Programming Techniques and Experiences. 8-9
- Eugene Miya: Scientific Programming Software and Publication Reviews. 9-10
- Christian H. Bischof, Alan Carle, George F. Corliss, Andreas Griewank, Paul D. Hovland: ADIFOR - Generating Derivative Codes form Fortran Programs. 11-29
- Ian T. Foster, Robert Olson, Steven Tuecke: Productive Parallel Programming: The PCN Approach. 51-66
- Silvio Picano, Eugene D. Brooks III, Joseph E. Hoag: Assessing Programming Costs of Explicit Memory Localization on a Large Scale Shared Memory Multiprocessor. 67-78
- Michael Metcalf: An Initial Evaluation of the NAG f90 Compiler. 91-95
Volume 1, Number 2, 1992
- Charles Koelbel: Request for Public Comment on High Performance Fortran. 97-98
- Tom MacDonald: C Versus Fortran-77 for Scientific Programming. 99-114
- David M. Hansen, David Maier, James Stanley, Jonathan Walpole: Object-Oriented Heterogeneous Database for Materials Science. 115-131
- Alan H. Karp: Speeding up N-body Calculations on Machines without Hardware Square Root. 133-140
- David H. Bailey: Misleading Performance Reporting in the Supercomputing Field. 141-151
- L. h. Yang, Eugene D. Brooks III, J. Belak: A Linked-Cell Domain Decomposition Method for Molecular Dynamics Simulation on a Scalable Multiprocessor. 153-161
- William J. Grenney: A C++ Class for Rule-Base Objects. 163-175
- Peter Jacobson, Bo Kågström, Mikael Rännar: Algorithm Development for Distributed Memory Multicomputers Using CONLAB. 185-203
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last updated on 2014-07-29T202601 by the dblp team