Published Paper Details:

In the evolving landscape of 5G technology, the emergence of the cloud-edge-collaboration framework has become increasingly prominent. Central to this framework is the horizontal and vertical disassembly of computing power, which underscores the significance of full life cycle resource allocation and flexible configuration facilitated by SDN+K8s+microservice integration. This paper introduces a novel cloud-native architecture tailored to the 5G cloud edge collaboration scenario, which optimizes SDN routing strategies across multiple levels while decoupling and integrating context boundaries with microservice service mesh frameworks. Addressing the underlying computing power and network infrastructure, the architecture incorporates multi-threshold detection and global route optimization leveraging K8s + SDN. While experiments have demonstrated the stability and reliability of the 5G + cloud edge collaboration architecture, future efforts should focus on advancing route optimization techniques. This entails exploring avenues for enhancing the progressive nature of route optimization strategies within the context of 5G cloud-edge collaborations. Continued research and development in this area promise to further refine the performance and efficiency of network architectures in the era of 5G connectivity.