"I work on applied mathematics and theoretical/computational fluid dynamics related to pulmonary mechanics. By using the IMSL Fortran Numerical Library we are able to better understand the functioning of the lungs in normal health, in disease, and also in unusual environments such as outer space."

- Dr. David Halpern, Professor, Department of Mathematics, University of Alabama

"Utilizing the JMSL Numerical Library redirects the precious time of our software developers that would otherwise be spent reinventing the wheel. Now the focus can be directed at implementing and refining new and innovative ideas."

- Dr. David B. Allison, Section Lead for Statistical Genetics School of Public Health, University of Alabama at Birmingham

"As a professor of finance, I need the ability to integrate old Fortran libraries into Visual Basic for Applications (VBA) or Visual Basic.NET quickly and accurately without writing separate wrapper programs for compatibility. The IMSL C# Numerical Library is the only program that allows me to do this. I proudly became a member of Visual Numerics' Knowledge in Motion Program because the company gives the academic world access to some of the most advanced and reputable mathematical and statistical routines available."

- Gary Richardson, Professor, Central Washington University

"I develop my own class library of probability functions, statistical algorithms, and chart types to teach statistical concepts. By using Visual Numerics' JMSL Library instead, I know that I'm using well-tested and documented algorithms and I won't have to spend as much time writing code. More importantly, I'll be able to focus my efforts on teaching statistical concepts instead of developing an infrastructure of class libraries."

- Gary McClelland, Professor of Marketing and Psychology and Statistics Teacher, University of Colorado

"PV-WAVE allowed us to design a complete visual data analysis application with an open-ended menuing system and graphical user interface."

- Remo Hofer, Ph.D., University of Basel, Switzerland

"I decided to use PV-WAVE with my teaching because it allows me to display 3D surfaces and volume imaging. It is even helpful to one of my students, who uses PV-WAVE for his classroom homework."

- Dr. Abraham Grader, Associate Professor, Pennsylvania State University

"PV-WAVE gives us an easy way to visually analyze our collected data in far more detail. The whole process is helping to make our measurements more accurate."

- Dr. Alan F. Cruess, Ophathalmology Department Chairman, Queens University, Canada

"By applying the expert filter developed in PV-WAVE, we can create a true yield map of the field, which might typically be drawn from around 10,000 data points. These points can then be linked, using PV-WAVE's high-level visualization tools, to create a useful representation of the yields."

- Simon Blackmore, Lecturer, Cranfield Univeristy, UK

"PV-WAVE's strength is the ability to easily customize visualization tools and to create new functions for analyzing data."

- Dr. Charles DeCarli, Associate Professor of Neurology, The Alzheimer's Disease Center, University of Kansas

Additional programs using software from Visual Numerics:

instructor:	Dr. Tim Baker
institution:	Washington State University
product:	IMSL C Numerical Library
instructor:	Dr. Ron Kriz
institution:	Virginia Polytechnic University
product:	PV-WAVE
instructor:	Kwo-Sen Kuo
institution:	University of Alabama - Huntsvillle
product:	PV-WAVE
class:	Computational Tools for Atmospheric Sciences