THEORY OF DETECTION OF HIGH-SPEED POINT TYPE OBJECTS UPON
CHANGING ATMOSPHERIC CONDITIONS 

Abdulov Rauf Nusrat oglu, candidate of technical sciences, deputy chief engineer, Research Institute of Ministry of Defense Industry of Azerbaijan Republic (9 Rahib Mammadov street, Baku, Republic of Azerbaijan), rauf.abdulov@yandex.ru
Abdullaev Novruz Almamed ogly, candidate of technical sciences, senior researcher, Research Institute of Ministry of Defense Industry of Azerbaijan Republic (9 Rahib Mammadov street, Baku, Republic of Azerbaijan), nabdullayev@mail.ru
Asadov Khikmet Gamid ogly, doctor of technical sciences, professor, Research Institute of Aerospace Informatics of National Aerospace Agency (1 S.S. Akhundov street, Baku, Republic of Azerbaijan), asadzade@rambler.ru

623.55.022; 681.7.015.2; 681.7.067

10.21685/2307-5538-2017-4-6

Background. The object of researches is the system for detection of highspeed point-type objects upon changing atmospheric conditions. The subject of researches is the optimization of detection of high-speed point type objects in changing atmospheric conditions. The aim of researches is optimization of whole cycle of detection and identification of  high-speed point type heated objects.
Materials and methods. The mathematical task of optimization that is reaching the maximum value of averaged value of signal received from the object by infrared detector upon accepted model of variation of atmospheric optical depth is formulated and solved.
Results. On the basis of solution of formulated optimization task using the variation calculation theory the resolution on feasibility of realization of more safety regime for detection and identification of object upon revealed auspicious atmospheric condition is drawn.
Conclusions. The concluded major outcome of held researches is that the additional possibility for organization of more safety detection and identification of high-speed heated is found due to realization of adaptive regime of object identification.

optimization, detection, identification, infrared radiation, atmosphere, optical depth