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  4. 11(136)'2015
  5. MODIFIED GRADIENT METHOD FOR K-POSITIVE DEFINITENESS OF K-SYMMETRIC OPERATOR IN A DECISION SUPPORT SYSTEM FOR CONTROL UNMANNED AERIAL VEHICLES

MODIFIED GRADIENT METHOD FOR K-POSITIVE DEFINITENESS OF K-SYMMETRIC OPERATOR IN A DECISION SUPPORT SYSTEM FOR CONTROL UNMANNED AERIAL VEHICLES

N.В. Dakhno
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The application of the modified gradient method to mathematical models in decision support systems, which are described by integro-differential equations with small nonlinearity and the K-positive definite K-symmetric operators,isreviewed. Conclusionsabout the sufficient effectivenessof the modified gradient method in the software of decision support systems for the control of unmanned aerial vehicles are based on the proved theorem. The technique for easy practical implementation of this method is provided.
Keywords: dynamic models, decision support system, flight mission, unmanned aerial vehicles, trajectory, variationgradient method