Development of the parallel algorithm for dynamic control system of a manipulation robot

Abstract

In this article the calculable-intensive algorithms of direct and reverse decision of the task dynamics of manipulation robot were considered. To accelerate the task computation the heuristic multiprocessor system model was proposed. Parallel algorithms and processor structures were integrated in the decision model of direct and reverse dynamics tasks which has the common memory blocks. These processor structures were illustrated. The system was simulated for the direct and reverse dynamics tasks. The estimates of the computation acceleration and the changes in the system cost were obtained.