OPTIMIZATION OF DATA PROCESSING FOR REQUESTING OBSERVATION SYSTEMS

Iryna V. Svyd

iryna.svyd@nure.ua
National University of Radio Electronics, Department of Radiotechnologies Information and Communication Systems (Ukraine)

Andrij I. Obod


National University of Radio Electronics, Department of Radiotechnologies Information and Communication Systems (Ukraine)

Oleksandr S. Maltsev


National University of Radio Electronics, Department of Radiotechnologies Information and Communication Systems (Ukraine)

Daria B. Pavlova


National Technical University “KhPI”, Department of Information Systems (Ukraine)

Bridel V. Mongo


National Technical University “KhPI”, Department of Information Systems (Ukraine)

Abstract

The article discusses how to optimize the data when it detects air targets by requesting observation systems. Two schemes for the detection of air objects, differing in the order of the operation of deciphering the aircraft responders' response signals, were investigated. It is shown that performing the operation of decoding the signals of the aircraft responder after the operation of detecting the air object makes it possible to improve the quality of data processing of the requesting observation systems. The influence of the aircraft responder readiness coefficient and the probability of suppression of signals in the answer channel on the probability of detection of air objects was researched.


Keywords:

data processing optimization, requesting observation systems

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Published
2018-02-28

Cited by

Svyd, I. V., Obod, A. I., Maltsev, O. S., Pavlova, D. B., & Mongo, B. V. (2018). OPTIMIZATION OF DATA PROCESSING FOR REQUESTING OBSERVATION SYSTEMS. Informatyka, Automatyka, Pomiary W Gospodarce I Ochronie Środowiska, 8(1), 56–59. https://doi.org/10.5604/01.3001.0010.8654

Authors

Iryna V. Svyd 
iryna.svyd@nure.ua
National University of Radio Electronics, Department of Radiotechnologies Information and Communication Systems Ukraine

Authors

Andrij I. Obod 

National University of Radio Electronics, Department of Radiotechnologies Information and Communication Systems Ukraine

Authors

Oleksandr S. Maltsev 

National University of Radio Electronics, Department of Radiotechnologies Information and Communication Systems Ukraine

Authors

Daria B. Pavlova 

National Technical University “KhPI”, Department of Information Systems Ukraine

Authors

Bridel V. Mongo 

National Technical University “KhPI”, Department of Information Systems Ukraine

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