BELGILANGAN NAZORAT ZONALARIDA OBYEKT HARAKATINI TAHLIL QILISH VA BOSHQARISHNING MATEMATIK-APPARAT MODELI
Keywords:
nazorat zonasi, matematik model, apparat modeli, obyekt harakati, kompyuter ko‘rish, video monitoring, sun’iy intellekt, real vaqt tizimi., control zone, mathematical model, hardware model, object movement, computer vision, video monitoring, artificial intelligence, real-time system.Abstract
Mazkur tezisda belgilangan nazorat zonalarida harakatlanuvchi obyektlarning harakatini tahlil qilish va boshqarishning matematik-apparat modeli ko‘rib chiqiladi. Zamonaviy kuzatuv tizimlarida obyektlarning harakatini real vaqt rejimida nazorat qilish, xavfli holatlarni aniqlash va avtomatik boshqaruv qarorlarini qabul qilish muhim vazifalardan biri hisoblanadi. Shu sababli maqolada obyekt harakatini modellashtirish, kuzatuv algoritmlarini optimallashtirish hamda apparat-dasturiy infratuzilmani samarali tashkil etish masalalari tahlil qilinadi. Shuningdek, sun’iy intellekt va kompyuter ko‘rish texnologiyalari asosidagi nazorat tizimlarining samaradorligi yoritiladi.
This thesis examines the mathematical and hardware model for analyzing and controlling the movement of moving objects within designated control zones. In modern surveillance systems, real-time monitoring of object movement, detection of dangerous situations, and automatic decision-making for control processes are considered important tasks. Therefore, the article analyzes the issues of object motion modeling, optimization of tracking algorithms, and the effective organization of hardware-software infrastructure. In addition, the efficiency of control systems based on artificial intelligence and computer vision technologies is highlighted.
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