ARTIFICIAL INTELLIGENCE-BASED PERFORMANCE OPTIMIZATION IN 5G AND IEEE 802.11 NETWORKS
DOI:
https://doi.org/10.65164/5e3kgm20Ключевые слова:
5G Networks, IEEE 802.11, Artificial Intelligence, Machine Learning, Network Optimization, Wireless CommunicationАннотация
This study focuses on improving the performance of 5G and IEEE 802.11 networks using
artificial intelligence techniques. Modern wireless networks face challenges such as high traffic,
interference, and inefficient resource allocation. To address these issues, machine learning
methods are applied to optimize network performance, including better channel selection and
resource management. The proposed approach aims to enhance network efficiency, increase
data transmission speed, and reduce delays..
Библиографические ссылки
[1]. Махмудова А.Ж., Тошпулатов, Ш.М., Тошпулатова Ф.М., М.А. Мухамадиев. Анализ
бластных клеток с использование журнал. Том 02., Вып. 05, 2024 с.54-61 м
инфракрасного света и ультразвуковых волн. Исследования и внедрение научно-
методический
[2]. Makhmudova, A., Toshpulatov, Sh., Toshpulatova, F. Matrix photodetector of infrared
radiation for measuring leukemia. Fergana TUIT, Al-Farghani Descendants, 2023., №3.
https://cyberleninka.ru/article/n/matrichnyy-fotopriyomnik-infrakrasnogo-izlucheniya-dlyaizmereniya-
leykoza
[3]. Islomov, A., Onarkulov, K., Toshpulatova, F., Toshpulatov, Sh. (2024). Innovative methods in
blast cell diagnostics: near infrared light and ptir - microscopy. Engineering Problems and
Innovations, 2(4), 64-71. https://epai.uz/index.php/journal/article/view/179
[4]. Onarqulov K.E., Maxmudova A.J., Toshpulatova F.M., Toshpulatov Sh.M. (2025).
BOLALAR ONKOGEMATOLOGIYASIDA BARVAQT DIAGNOSTIKANING
DOLZARB MUAMMOLARI VA NOINVAZIV USULLARNING ISTIQBOLLARI.
Actacamu, 10(2), 102–108. https://doi.org/10.5281/zenodo.15641786
[5]. Onarkulov, K., Maxmudova, A., Toshpulatova, F., Toshpulatov, Sh. (2025). Development of
an optical digital system for non-invasive diagnosis of myeloblast cells. Engineering
Problems and Innovations, 3(3), 6-11. https://epai.uz/index.php/journal/article/view/213
