MOVEMENT CONTROL METHOD AND CHAOTIC INFORMATION PROCESSING UNIT USING CHAOTIC NEURAL NETWORK, AND GROUP MOVEMENT CONTROL METHOD

This invention discloses a method of realizing a variety of movements which are controlled while maintaining their complexity by generating complex movements, which appear irregular at a glance, by the deterministic method. A neural network which connects a plurality of neurons to each other is set. The neurons perform calculations that generate chaotic oscillation, and are set in correspondence with the moving direction of an object. The movement vector of the object is calculated from time-series data obtained by the calculations.