Frolova E. Simulation and optimization of dynamic objects and processes on basis of displacement differential transformation

The object is simulation of dynamic objects and processes; the aim to develop optimization models and methods of objects and processes on basis of displacement differential transformations; the methods are mathematical simulation and optimization methods, tool of displacement differential transformations; the new approach lies in development of solution methods of dynamic objects and processes optimal control problems on the basis of the displacement differential transformations, allowing to transform the optimal control problem in a problem of a finite equation system solution; the main results include method of simulation and optimization of dynamic objects control processes, optimal processes variation model and multiobjective model of dynamic objects and processes control on the basis of the displacement differential transformations; all this thesis has been developed by Central Science Research Institute of navigation and control for simulation and optimization of agricultural machinery and aggregates operation parameters; the field is transport vehicles, aerodynamic and aerospace objects control