Programming Environment for Applications of Parallel Genetic Algorithms


PAPAGENA - 6857

Keywords genetic algorithms, simulation, visualisation


Start Date: 24 July 1992 / Duration: 24 months

[ contact / participants ]


Objectives and Approach

Genetic algorithms in general, and parallel genetic algorithms in particular, are of major importance in the development of the new generation of IT applications. The potential which parallel genetic algorithms offer over existing information processing techniques is enormous. Genetic algorithms are ideally suited to the processing, classification and control of large-volume and varied data.

The PAPAGENA project aims to demonstrate applications and develop a programming environment for parallel genetic algorithms. The applications will underscore the usefulness of genetic algorithms in the European industry, while the programming environment work aims to establish a European standard.

The environment, called GAME (Genetic Algorithm Manipulation Environment), under development at present, provides a general-purpose toolkit for the programming and simulation of a wide range of genetic algorithm applications. It comprises a library of common genetic algorithms and a powerful graphical interface. In addition, the project exploits the intrinsic parallelism of genetic algorithms and will develop a compiling and mapping system for users of European high-performance supercomputers (particularly transputer-based systems) and future architectures to be provided by OMI (the Open Microprocessor Systems Initiative).

The target application areas for the demonstrators will be:

To advance the application of genetic algorithm technology, a Genetic Algorithm European Economic Interest Group (EEIG) is in the process of being formed, comprising leading companies from across Europe. By allowing leading companies to monitor the building of genetic algorithm applications in PAPAGENA and giving them early access to the GAME programming environment, the consortium hopes to encourage the rapid take-up of the technology.


CONTACT POINT

Mr J. Stender
Brainware GmbH
Gustav-Meyer-Allée 25
D - 13355 Berlin
tel: + 49 / 30-463-3048
fax: + 49 / 30-469-4649
email: stender%brainwr@netmbx.de

Participants

BRAINWARE GMBH - D - C
GMD - D - P
TELMAT MULTINODE - F - P
UNIVERSITY COLLEGE LONDON - UK - P
CAP VOLMAC - NL - P
IMAG - F - A


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PAPAGENA - 6857, December 1993


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html version of synopsis by Nick Cook