Abstract
The Interacting Objects Process Model is a naturally parallel way of representing processes based on a ‘connectionist’ approach. It provides powerful new opportunities for the modelling of complex systems including flexible local behaviour models, interrogation methods similar to those used in artificial intelligence and self monitoring methods for more effective reliability management. The development of the IOPM for structural dynamic analysis using the massively parallel Connection Machine CM-200 is reported here. Examples include idealised systems of springs and masses and continuum structural systems using finite element relations. The performance compared to that of the IOPM on a sequential machine is analysed.
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