Multicriteria Synthesis of Trajectory Adaptation Rules for the Three Channel Stabilization System Parameters of Unmanned Aircraft

The purpose of this research was to develop a formalized procedure for forming the work space of the adjustable parameters of unmanned aircraft stabilization system on the basis of multicriteria optimization genetic algorithms set. This approach is applied to solve the problem of trajectory adaptation rules synthesis for the three channel stabilization system parameters. The findings of the research illustrate the efficiency of the developed computational procedures.

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