1
Deputy Minister of Engineering and Passive Defense of the Ministry of Defense of the Islamic Republic of Iran, Defense Engineering Science and Research Center
2
malek ashtar university
Abstract
Different methods of protecting the environment around important areas have always been done in different ways from the past to today. With the expansion of new technologies in various fields of communication and new sensors, it is necessary to use these new technologies in the protection of strategic and important areas, including borders, so that important areas can be monitored and protected at the same time. One of these technologies is perimeter protection systems based on optical fiber sensors, which are able to cover a wide area with high accuracy and proper performance. In previous researches, the structures and general definitions of these systems have been introduced, or for a specific structure, simulation or implementation of a laboratory sample has been shown. But in this research, an effort has been made to introduce and examine these systems and their principles of operation, their advantages and practical considerations, so that they can be used in important areas if necessary. Then, by checking and actual numerical values for common optical fibers, their sensitivity to temperature changes, pressure and tension has been calculated. In the following, in a simulation in MATLAB, it is shown how to calculate the location of the disruption in these systems for ten random samples, and the delay estimation error of 0.000003 was obtained for the considered parameters. It was also shown that the estimation error will be reduced by increasing the power of the input source.
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Hosseinniya, P., & Madanchi, A. (2023). Investigation and Evaluation of Peripheral Intrusion Detection Systems Based on Fiber Optic Sensors & Their Application in Border Areas. Passive Defense, 13(4), 55-66.
MLA
Pouya Hosseinniya; A. Madanchi. "Investigation and Evaluation of Peripheral Intrusion Detection Systems Based on Fiber Optic Sensors & Their Application in Border Areas". Passive Defense, 13, 4, 2023, 55-66.
HARVARD
Hosseinniya, P., Madanchi, A. (2023). 'Investigation and Evaluation of Peripheral Intrusion Detection Systems Based on Fiber Optic Sensors & Their Application in Border Areas', Passive Defense, 13(4), pp. 55-66.
VANCOUVER
Hosseinniya, P., Madanchi, A. Investigation and Evaluation of Peripheral Intrusion Detection Systems Based on Fiber Optic Sensors & Their Application in Border Areas. Passive Defense, 2023; 13(4): 55-66.
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