CASPIAN JOURNAL
MANAGEMENT AND HIGH TECHNOLOGIES
Development of standard methods installationfor the video cameras of the system intended for registration of the final site of object trajectory
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Read | Volotov E. M., Nesterov S. V., Mitrofanov I. V., Kokorina S. B., Mitrofanov E. I. Development of standard methods installationfor the video cameras of the system intended for registration of the final site of object trajectory // Caspian journal : management and high technologies. — 2018. — №2. — pp. 127-136. |
Volotov E. M. - Cand. Sci. (Engineering), ranch В«VzletВ» of Moscow Aviation Institute, 5 Dobrolyubov St., Akhtubinsk, Astrakhan region, 416501, Russian Federation, volotovevgenii@gmail.com
Nesterov S. V. - Cand. Sci. (Engineering), ranch В«VzletВ» of Moscow Aviation Institute, 5 Dobrolyubov St., Akhtubinsk, Astrakhan region, 416501, Russian Federation
Mitrofanov I. V. - Cand. Sci. (Engineering), military unit 15650, 7 Akhtubinsk, Astrakhan region, 416507, Russian Federation
Kokorina S. B. - applicant of an academic degree of Candidate of Technical Sciences, engineer, military unit 15650, 7 Akhtubinsk, Astrakhan region, 416507, Russian Federation
Mitrofanov E. I. - applicant of an academic degree of Candidate of Technical Sciences, engineer, РЎSC В«Technological Park of Astronautics В«LinkosВ», 5 Dorozhnaya St., Shcherbinka, Moscow, 142172, Russian Federation
There are many methods of obtaining quantitative parameters of the recorded processes: rho-rho, rho-theta, theta-theta, and others. The most widely used method is rho-rho method, which is based on synchronous measurements of angular directions to the test object in azimuth and elevation from several (at least two) video cameras. But even in this case, the trajectory parameters will be determined with some error. The task is to install video cameras in such a way as to minimize the error of determining the location of the object when using rho-rho method of position finding. The proposed standard methods make it possible to obtain trajectory parameters of the recorded object with a minimum error and can be used in the testing of aeronautical equipment and aircraft weapon. Standard methods of installation of the final trajectory recording system video cameras allow to organize more rational process of object recording, to improve information support and to reduce terms of tests.
Key words: объект наблюдения, система регистрации, траекторные параметры, видеокамеры общего назначения, угломерный метод, погрешность определения прямоугольных координат, информационные технологии, subject of observation, system of registration, trajectory paramete