The development of entirely new types of web-based software systems built to leverage the vast capabilities of the World Wide web allows the use of dynamically downloaded applications and services from any type of ter...
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The development of entirely new types of web-based software systems built to leverage the vast capabilities of the World Wide web allows the use of dynamically downloaded applications and services from any type of terminal, including both desktop computers and mobile devices, implying radical changes in the ways people develop, deploy, and use software.
We describe JGAP, a web-based platform for designing and implementing Java-coded graph algorithms. The platform contains a library of common data structures for implementing graph algorithms, features a 'plug-and-...
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We describe JGAP, a web-based platform for designing and implementing Java-coded graph algorithms. The platform contains a library of common data structures for implementing graph algorithms, features a 'plug-and-play' modular design for adding new algorithm modules, and includes a performance meter to measure the execution time of implemented algorithms. JGAP is also equipped with a graph editor to generate and modify graphs to have specific properties. JGAP's graphic user interface further allows users to compose, in a functional way, computation, sequences from existing algorithm modules so that output from an algorithm is used as input for another algorithm. Hence, JGAP can be viewed as a visual graph calculator for helping experiment with and teach graph algorithm design. Copyright (C) 2001 John Wiley & Sons, Ltd.
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