Multi-Connectivity Techniques in 5G Networks: Performance Analysis and Optimization

Multi-connectivity techniques in 5G networks permit the simultaneous use of more than one connection to improve network performance and reliability. These strategies involve using a couple of access technologies, such as LTE and millimeter-wave, to provide customers with more than one path to resources and offerings. This abstract discusses the performance evaluation and optimization of multi-connectivity strategies in 5G networks. The performance of multi-connectivity techniques is evaluated primarily based on parameters including community throughput, latency, and coverage. It has been proven that those techniques can enhance community overall performance by utilizing the to-be-had assets wirelessly. However, there are challenges in maintaining seamless connectivity and coping with the interactions between specific wireless technologies. Diverse answers have been proposed to optimize the performance of multi-connectivity techniques, including network choice algorithms, load balancing methods, and clever handover mechanisms. These optimizations purpose to allocate resources wi-ficaciously wireless and reduce disruptions all through handovers among one-of-a-kind connections