High-reliability and low-latency strategies in 5G network slicing

With the rapid development and widespread deployment of 5G technology, network slicing (NS) technology, as its core component, is gradually occupying an important position in the communication field. NS technology virtualizes physical network resources, enabling the network to flexibly carry and meet diverse business needs. Especially in the new situation and the development trend of ubiquitous perception and intelligent interconnection in the future power grid, NS technology has shown enormous application potential and value. In key business scenarios such as smart grids, telemedicine, and autonomous driving, high reliability and low latency are the core requirements for network performance. In response to this challenge, this article proposes an innovative algorithm strategy aimed at improving the high reliability and low latency performance in 5GNS. This algorithm achieves dynamic isolation and resource optimization between NS by intelligently scheduling and optimizing network resources, thereby ensuring the stability and real-time performance of critical services. The experimental results show that the algorithm can effectively improve the high reliability and low latency performance of NS in various scenarios, providing strong technical support for the widespread application of 5G and future communication networks.