Đề án tốt nghiệp Thạc sĩ: Đánh giá hiệu năng đường truyền trong mạng 5G NR

The advent of 5G New Radio (5G NR) marks a significant evolution in mobile telecommunications, promising unprecedented data speeds and ultra-low latency compared to previous generations. This technological leap enables transformative applications like autonomous vehicles, virtual reality, and the Internet of Things, profoundly changing user experiences and industry demands. However, realizing the full potential of 5G NR critically depends on robust transmission performance. Evaluating this performance, particularly considering dynamic elements such as "khoảng cách sóng mang con", is paramount. This project aims to assess the "hiệu năng đường truyền" in "mạng 5G NR" by modeling and simulating its behavior, gathering data on throughput and subcarrier spacing, and analyzing their intricate relationship to optimize network efficiency and user experience.

Kỹ sư, nhà nghiên cứu, sinh viên chuyên ngành viễn thông, và các nhà quản lý, sản xuất thiết bị mạng di động quan tâm đến công nghệ 5G NR và tối ưu hóa hiệu năng truyền dẫn.

The rapid evolution of mobile communications from 4G to 5G New Radio (5G NR) heralds an era of unprecedented data speeds and ultra-low latency, enabling a myriad of advanced applications such as autonomous vehicles, virtual reality, and the Internet of Things. Ensuring optimal operational efficiency and delivering a superior user experience in this advanced network necessitates a comprehensive evaluation of its "hiệu năng đường truyền". This project systematically investigates the transmission performance within "mạng 5G NR", with a particular focus on the critical parameter of "khoảng cách sóng mang con", which offers flexible configuration unlike its fixed counterpart in 4G LTE. The primary approach involves constructing a robust simulation model for "mạng 5G NR", leveraging specialized tools like Matlab 5G. Through this simulated environment, the study meticulously measures and collects data on network throughput and various subcarrier spacing configurations. Subsequently, a detailed analysis is conducted to ascertain the direct influence of "khoảng cách sóng mang con" on the overall transmission performance. The anticipated outcomes will furnish crucial insights for network operators and equipment manufacturers, guiding them in optimizing network design and deployment strategies to achieve the best possible performance and user satisfaction. Furthermore, this research will propose actionable recommendations aimed at enhancing the efficiency and effectiveness of 5G NR transmission pathways for future advancements. The findings are expected to significantly contribute to the practical implementation and evolution of 5G technologies.