Analysis of the approaches to the development control access systems
Abstract
The article discusses a conceptual approach to the development of an access control system for company based on the biometrics technologies. One of the most important tasks for every organization is to maintain a high level of security by using different access control systems on own territory. In the presented work, a special place is given to video monitoring systems with face recognition function. Typically, such systems are a complex of hardware and software elements where intellectual analysis based on computer vision algorithms. There are several strict requirements for the hardware and programming levels of this systems. Cameras must provide a high quality of the video for recognition and detection objects. Software must be enough fast for working as real–time system and the recognition algorithm must have a high accuracy. The first section of the article discusses the concept of access control systems. The second section contains the basic technical requirements for video monitoring systems with object recognition function. The third section contains the access control system concept and description of it developing during future scientific and engineering work.
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Shangin V. F. Complex information protection in corporate systems.Moscow : FORUM-INFRA. – 2010. –591 p.
Fatkullin A. N., Okladnikova E. N., Sukharev E. N. Analysis of modern access control systems // Actual problems of aviation and cosmonautics. –2011. –P. 263-264.
Volkhonsky V. V. Access control systems. St. Petersburg: ITMO University. –2015. –105 p.
Recommendations: the choice and application of access control systems. Moscow: Federal State Institution SIC "Protection" of the Ministry of Internal Affairs of Russia. –2011. –95 p.
The checkpoint regime in organization // Studbooks.net. – 2010 (https://studbooks.net/1087938/pravo/obschie_polozheniya_organizatsii_kontrolno_propusknogo_rezhima).
Methodology of the organization of the checkpoint regime in organization // official website of the city of Nizhny Tagil –2010 (https://ntagil.org/bezopas/info.php?SECTION_ID=1216).
Vorona V. A., Tikhonov V. A. Access control systems. Moscow: Hotline–Telecom. –2013. –272 p.
Chepurin I., Ptitsyn N. From analog to digital: a review of video monitoring system solutions // Components and Technologies. –2010. - Vol. 6. –P. 67-68.
PTZ video cameras: management, characteristics and features // Your home. Equipment and repairs (https://technika-remont.ru/ispolzovanie-ptz-kamer-v-sistemah-videonabludenia/).
Titov. F. HD-SDI and EX-SDI — video surveillance standards // Intems (https://securityrussia.com/blog/hd-sdi.html).
Rozhkov P. Network cameras. 10 reasons to buy a network camera // T-Comm - Telecommunications and Transport. –2009. –P. 47-49.
Functional diagram of the video camera // helpiks.org. –2014 (https://helpiks.org/8-3504.html)
Overview of the main characteristics of equipment for video monitoring systems // Redan. Integrated security systems (https://redan-guard.ru/stati/1147-obzor-harakteristik-oborudovaniya-sistem-videonablyudeniya).
Features of the choice of video cameras for digital analytics systems // Amikom. Security Systems 2019 (https://www.ami-com.ru/articles/aktualnye-standarty-obnaruzheniya-raspoznavaniya-i-identifikatsii-dlya-sistem-videonablyudeniya/).
Shurugin S. V., Enchinov A. A., Gritskevich E. V. Using the statistical modeling method to identify an object by geometric parameters of its image // Interexpo Geo-Siberia. – 2021.–P. 314-320.
The ACS market will grow by 5% annually until 2025 // Rubez. – 2021(https://ru-bezh.ru/kompanii-i-ryinki/news/21/02/08/na-5-ezhegodno-budet-rasti-ryinok-skud-do-2025-goda).
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