Venture into an environment where computer programs automatically improve performance based on experience.

Instance-Based Learning may help you with solutions to many of your future problems... you just don't know it yet.

Would you like to gain a better understanding of your data through the use of visual methods? The technology is now available.

Many people see the WWW evolving into a more semantic web, better enabling computers and humans to work in cooperation. What is this and what role will Java play?

Discover how RTSJ extends the Java Platform with an industry standard set of extensions that enables the construction of systems that exhibit real-time behaviour.

Discover numerical computation in Java, the study and devising of procedures, methods, and functions for solving problems with a computer.

We look at the role of Java in the future of machine intelligence, which promises to revolutionize how computers communicate with one another and with us -- with implications for Web services to data-mining to cryptography.

The author treats the complex field of software modeling in Java by focusing on a method used for stock price analysis -- with implications pertinent to other statistics applications.

We conclude our multi-part paper on using Java in an advanced scientific and engineering setting by pulling the previous lessons together and using the polynomial fittings application.

In Part 3 of our series on some of the advanced scientific and engineering uses of Java, we look at the code for Polynomial Fittings.

We continue an investigation into the advanced scientific and engineering uses of Java by looking at a technique that underlies much of modern modeling and simulation. In this part, we examine concepts in linear algebra.

We begin another investigation into the advanced scientific and engineering uses of Java by looking at a technique that underlies much of modern modeling and simulation.