MATHEMATICAL MODEL OF STATIC INTERFERENCE IN OPTICAL INTERFERENCE DEVICE

Authors

  • Abidova Gulmira Shuxratovna Department of Electrical and Computer Engineering Tashkent State Transport University, Uzbekistan
  • Djurabayeva Feruza Baxtiyarovna Department of Electrical and Computer Engineering Tashkent State Transport University, Uzbekistan

DOI:

https://doi.org/10.17605/OSF.IO/35D2K

Keywords:

: interference, coherence, interferometer, video surveillance

Abstract

A large number of practical applications of the video surveillance system is based on determining the parameters of vehicle traffic, conducting tests to ensure the safety of the movement of air and sea objects, monitoring the organizations of the interaction of these objects with each other, which is due to the need to track the dynamics of objects. At the same time, an important task is to automatically register, track the relative movement and determine the parameters of the dynamics of objects located in the field of vision of the system. The most difficult, and at the same time urgent task, is tracking spatial multi-tone objects located on a complex dynamic background, the sizes and configurations of which change in the process of tracking them. Particular attention should be paid to organizations monitoring which is conducted in conditions of both low and high external illumination, as well as in conditions where illumination can change over a period of time. This raises many questions related to the analysis of images that cannot be solved without knowledge of the dynamic spatial characteristics of the object or are solved with a loss of quality indicators and time. Hence, there arises an objective need to develop a mathematical model of static interference in an optical interference device.

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Published

2020-10-11

How to Cite

[1]
Abidova Gulmira Shuxratovna and Djurabayeva Feruza Baxtiyarovna, “MATHEMATICAL MODEL OF STATIC INTERFERENCE IN OPTICAL INTERFERENCE DEVICE”, IEJRD - International Multidisciplinary Journal, vol. 5, no. 7, p. 7, Oct. 2020.