**Miscellaneous
[Top]** |

A
Diagnostic Test Set - Comparison of Three Fortran Vendors Compiler Generated
and Run-Time Diagnostics for Fundamental Human Errors - H. D. Knoble |

ADX: Algorithms for
Adaptive Discretization Based on Triangular Grids - Jean-Yves Trépanier,
professeur adjoint, Herong Yang, associé de recherche, Groupe MIAO,
Département de génie mécanique, École Polytechnique
de Montréal |

A
FORTRAN Package For Floating-Point Multiple-Precision Arithmetic -
Dr. David M. Smith, Mathematics Department, Loyola Marymount University |

A
Multiple-Precision Division Algorithm - Dr. David M. Smith, Mathematics
Department, Loyola Marymount University |

Arnaud
Desitter Articles - Various articles published by Arnaud Desitter via
Fortran-2000.com. |

Automatic
Selection of High-order Transformations in the IBM XL Fortran COmpilers
- V. Sarkar, IBM J. Res. Develop., 41, 3, May 1997, 233-264 |

C++
Gets Faster for Scientific Computing - Arch D. Robison, KAI |

C++ Programming
for Scientists - Roldan Pozo and Karin Remington |

Comparison
Between F and Java - Imagine1 |

Creating FORTRAN DLLs
for Use in GAUSS for Windows 95/NT - Paul Söderlind |

Digital
Technical Journal Articles (Selected) - Various Topics Related to Fortran
in General and Digital Fortran Products |

Efficient
Multiple-Precision Evaluation of Elementary Functions - Dr. David M.
Smith, Mathematics Department, Loyola Marymount University |

Faster Numerical
Algorithms via Exception Handling - Xiaoye S. Li and James W. Demmel
(Compressed Postscript) |

FortranPlus
User's Guide - N.A.Software Ltd. |

Fortran
Specific Articles at the Networked Computer Science Technical Reference
Library (NCSTRL) |

GlobSol
- A method of processing code lists to circumvent run-time interpretation
is presented by George F. Corliss and R. Baker Kearfott |

How Fast is your Java for Number
Crunching? - On the SciMark Benchmark by Roldan Pozo (National Institute
of Standards and Technology) |

IEEE Floating Point
Exceptions |

Is
Scientific Software Accurate? - Les Hatton, Programming Research Ltd,
John Rice, Purdue University |

Is the Quality
of Numerical Subroutine Code Improving? - Tim Hopkins, University of
Kent Computing Laboratory |

McCabe's
Metric Applied to Fortran High Performance Computing - L. Gasser |

Multiple
Precision Complex Arithmetic and Functions - Dr. David M. Smith, Mathematics
Department, Loyola Marymount University |

My
Programming Style - Lucio Chiappetti |

Networked Computer Science Technical
Reference Library (NCSTRL) - Search Engine of Technical Publications |

Obfuscated
C - Steve Miller |

Obfuscated
C++ - Rob Murray, Director, Engineering at the Irvine office of Net
Explorer, via the C Report. |

Oscillatory
Integration - A comentary on methods of highly oscillatory numerical
integration. Ulf T. Ehrenmark, Department CISM, London Guildhall
University. Associated
Code |

Programming
Multigrid in Fortran 90 - Thor Gjesdal, Christian Michelsen Research
AS - Describes a simple one-dimensional multigrid Poisson solver in order
to illustrate some of the new features of Fortran90, and how they can be
used in multigrid methods (Compressed Postscript). Software
Repository |

Repository of Articles/Papers
by John R. Rice at Purdue |

Review of F/ELF90
- Computers in Physics |

Scientific Computing
with Python - Konrad Hinsen |

SQLJ:
Embedded SQL for Java - Oracle |

Taming the GUI
Dragon (with ClearWin+) - Salford Software |

Technical Reports
- Computer Science Research Center, Ecole des Mines de Paris |

Technical
Reports - in
French - INRIA (French National Institute for Research in Computer
Science and Control) |

The
Design of a Portable Scientific Tool: A Case Study Using SnB
- Steven M. Gallo, Russ Miller (State University of New York at Buffalo
Department of Computer Science), Charles M. Weeks (Hauptman-Woodward Medical
Research Institute) |

The Perils of Floating Point
- Bruce M. Bush (Lahey Computer Systems) |

X-Windows/Motif in Fortran |