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Zbekiston respublikasi raqamli texnologiyalar vazirligi
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| bet | 3/20 | | Sana | 20.05.2023 | | Hajmi | 0.75 Mb. | | #62305 |
Bog'liq Yo‘ldoshev Ibrohim Husan o‘g‘li TTP TEST — копия (1), Кумуш, eshitish, 1-Amaliy ish Kompyuter arxitekturasi (2), Nature, 4y, ventilation, atrabotka, qabul parametrlari, Datagaze DLP уз, Chizma geometriya, 1684316989, открытый урок, Iqtisodiyotni davlat tomonidan boshqwarilishi va uning zaruriyatiIlmiy rahbar _________________
Magistr _________________
REPUBLIC OF UZBEKISTAN
MINISTRY OF DIGITAL TECHNOLOGIES
TASHKENT UNIVERSITY OF INFORMATION TECHNOLOGIES
NAMED AFTER MUHAMMAD AL-KHOREZMI
Faculty: Computer engineering Master: Yo‘ldoshev I.H.
Department: Computer systems Supervisor of studies: PhD. dots. Bazarbayev M.I. Academic year: 2021-2023 Speciality: 5A330501-Computer engineering
ABSTRACT OF MASTER’S DISSERTATION
The main goal of this thesis work is mathematical modeling of wireless networks to effectively organize user flows.
To achieve the set goal, the following tasks were performed:
1. To study the current state of modern wireless networks in modeling aimed at increasing the efficiency of wireless communication networks.
2. Methods of assessing the presence of obstacles in wireless networks and studying routing processes based on mathematical models and their numerical solutions.
3. Visualization of experimental results based on mathematical models based on technologies designed for wireless communication networks.
4. Application of visualization methods in mathematical models and network technologies created to solve current issues of the national economy.
The following methods were used in the research process: In the research process, systematic analysis, routing algorithms in the network, technologies for studying mode elements such as congestion and resource availability, mathematical modeling, numerical methods, algorithmic and programming, throughput indicators of wireless networks, modeling results in the network creation and processing of schematic maps of data exchange topologies, their principles and methods are used.
The practical significance and results of the research are as follows:
Effective organization of user flow in wireless communication networks with the creation of models of developed and implemented wireless communication networks is expressed by helping to reduce congestion in the network, increase the speed of data transmission, and develop the ability of users to use the resources they need without interruptions or delays.
Engineers and researchers in this field are constantly looking for ways to improve the efficiency, reliability, and security of wireless networks to meet the growing demands of users. Mathematical modeling and optimization techniques are particularly useful in this regard because they allow engineers to analyze network performance, identify areas for improvement, and develop algorithms and strategies to optimize network performance.
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