Kulalayev A. The Synthesis of Control Systems of Information Channels Spatial Location while Optic-Electronic Counteraction to Unmanned Aerial Vehicles

Dissertation thesis is devoted to solution of the tasks connected with deterministic control on spatial location of the information transfer channels while optic-electronic counteraction to self-guided unmanned aerial vehicles (UAVs) by means of synthesis of the systems of optic- electronic counteraction as a structural dynamical link of control on close guidance loop of UAV with the optical guidance system. For the first time it is proposed to estimate the efficiency of the optic-electronic countermeasure system (OECS) based on a ratio of capacities (velocity of information transfer) of information transfer channel (ITC), according to the Shannon-Hartley model, to the power of determinated field of the OECS phase interferences and the signature of the object of electromagnetic radiation (EMR). On the basis of the proposed approach and substantiated hypothesis of "force" control there were generated the unique criterion of information efficiency and objective function as well as the criterion of system quality while determinated UAV ITC control was determined. The proposed method of OECS-SDTI synthesis allows to conduct further sophistication of technologies which provide safety of flights of civil aircraft which represent the source of passive EMR in phase space in conditions of possible application of UAV with optical guidance system (the destruction means).