Application of the generalized inverse interval method of global constrained optimization for optimal program control problem

The algorithmic and program software for the generalized inverse interval method of global constrained optimization as well as its application technique are developed for searching of the optimal program control of nonlinear deterministic continuous dynamical systems. The generalized module algorithm scheme (with two changeable check and compressibility modules) using the inverter operation was developed. The convergence theorems proofs, solutions of applied control problems (chemical process control and pursuit of a maneuvering target by an interceptor) are given.

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