Journal of Engineering Research

As one of the key technologies for future mobile communications, the effective allocation of millimeter-wave spectrum resources is crucial for improving network performance and user experience. This paper explores the millimeter-wave spectrum resource allocation strategies for future mobile communications and the challenges they face. It analyzes the existing problems in the current resource allocation mechanisms and proposes a series of optimization schemes to enhance resource utilization efficiency and system capacity. Through the study of existing technologies and theories, combined with practical application scenarios, a dynamic resource allocation method based on intelligent algorithms is proposed, aiming to overcome the limitations of traditional fixed allocation methods. The research results show that through the reasonable design and application of new allocation strategies, the usage effect of millimeter-wave spectrum resources can be significantly improved, providing solid technical support for 5G and higher-generation mobile communication systems.

Millimeter-wave; Spectrum resource allocation; Mobile communications; Intelligent algorithm