Abstract
Java offers the benefits of portability, object orientation, graphical interface components, multithreading and distributed programming capability. However, for numerically intensive technical applications, performance of non-native code can be critical. This paper evaluates the Java platform on the basis of code development capability and performance by contrasting several implementations of a transonic small disturbance equation solver. The use of the abstract windowing toolkit, native methods and a client–server implementation are documented herein. © 1997 John Wiley & Sons, Ltd.
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