- B.K. Alpert, R.C. Wittmann, and M.H. Francis, near-field to far-field
transformation of planar antenna measurements with position errors.
- J. Bernal,
*REGTET*, a Fortran software package for computing regular tetrahedralizations based on incremental topological flipping. - P.T. Boggs, A.J. Kearsley, and J.W. Tolle,
*SPLIT*, a sequential quadratic programming method for general large scale nonlinear optimization problems based on*O3D*. - P.T. Boggs, P.D. Domich, J.E. Rogers,
*O3D*, a solver for general large scale quadratic programming problems. - S.A. Langer, W.C. Carter, E.R. Fuller, and A. Roosen,
*OOF*, an object-oriented finite element program for elastic and fracture analysis of real microstructures. - S.A. Langer and W.C. Carter,
*ppm2oof*, an interactive tool for constructing finite element grids from images of real material microstructures, intended as a preprocessor for*OOF*. - S.A. Langer,
*menu*and menu++, easy to use routines for constructing interactive programs in C and C++. - B.R. Miller and R.F. Boisvert,
*HotGAMS*, an interactive network client for the GAMS software database, written in Java. - W.F. Mitchell,
*F90GL*, a Fortran 90 interface for Mesa (a freely distributable version of the graphics library OpenGL) and GLUT (a window manager for OpenGL). - R.J. Onyshczak,
*Biorthogonal Wavelet Generator Web Page*, a WWW interface to the Biorthogonal Wavelet Generator program written in C. - R. Pozo and K.A. Remington,
*Sparse BLAS Toolkit*, basic linear algebra routine library in C implementing the proposed standard interface for sparse BLAS. - R. Pozo,
*Template Numerical Toolkit for Linear Algebra*, integrated C++ library for matrices and vectors of abstract types. - J.E. Rogers, P.D. Domich, and P.T. Boggs,
*O3D*, an interior-point solver for large scale linear and quadratic programming problems. - B.W. Rust,
*PERDGR*, a subroutine for classical periodogram analysis of real time-series data, using the real FFT. - B.W. Rust and D.P. O'Leary,
*CLASIC*, a subroutine for calculating classical least squares or truncated SVD solutions to ill-conditioned linear systems. - B.W. Rust,
*FERDIT*, a subroutine for calculating confidence interval bounds for regularized solutions to ill-conditioned linear systems. - B.W. Rust and D.P. O'Leary,
*BRACLS*, a subroutine for computing confidence interval bounds for non-negatively constrained solutions to linear systems. - A. Youssef, A Matlab wavelet system.

Generated by boisvert@nist.gov on Mon Aug 19 10:08:42 EDT 1996