Оптимизиране на излъчената мощност в 5G мрежите чрез динамично разпределение на спектъра
Radiated power optimization in 5G networks through dynamic spectrum allocation

Summary/Abstract: Optimizing the radiated power in 5G networks is a crucial aspect of research aimed at improving network performance while minimizing power consumption and interference. This paper explores the optimization of transmitted power in 5G networks through dynamic spectrum allocation (DSA), a key technique for improving network efficiency and performance. By analyzing the interplay between power control, spectrum management and interference reduction, it is demonstrated how dynamic allocation can significantly improve the Signal-to-Interference-plus-Noise Ratio (SINR), resulting in higher throughput and more reliable communication. The study includes multi-user and multi-band simulation, showing the impact of optimized power allocation on network performance. The results highlight the importance of dynamic spectrum allocation to achieve energy-efficient and high-performance 5G networks.

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