5G+ edge computing empowers network optimization and low-latency applications in smart parks
5G+边缘计算赋能智慧园区的网络优化与低时延应用

摘要

随着5G技术的快速发展和广泛应用，边缘计算作为云计算的补充和发展，使得数据处理的速度大大提升，从而积极推动智慧园区的建设。本文首先描述了5G网络和边缘计算的基础知识和关键技术，接着描述了5G和边缘计算双重赋能下的智慧园区网络优化情况及其低时延应用。采用边缘计算中的资源调度算法和流量调度策略，对5G网络进行了优化，为智慧园区的大规模并发设备提供了高质量的网络服务，大大提升了网络质量和工作效率。通过5G网络和边缘计算协同作用，加快了数据处理的速度，降低了数据传输的时延，最终实现了园区的低时延需求。

Abstract

With the rapid development and wide application of 5G technology, edge computing, as a supplement and development of cloud computing, has greatly increased the speed of data processing, thereby actively promoting the construction of smart parks. This paper first describes the basic knowledge and key technologies of 5G networks and edge computing, and then describes the network optimization of smart parks and their low-latency applications under the dual empowerment of 5G and edge computing. By adopting the resource scheduling algorithm and traffic scheduling strategy in edge computing, the 5G network has been optimized, providing high-quality network services for the large-scale concurrent devices in the smart park, and greatly improving the network quality and work efficiency. Through the synergy of 5G networks and edge computing, the speed of data processing has been accelerated, the latency of data transmission has been reduced, and ultimately the low latency requirement of the park has been achieved.