A Slice-Aware Network Embedding (SANE) Strategy for Network Service Requests in 6G

6G networks are projected to provide more individualized end-to-end services and innovative cloud-edge applications than current 5G networks. Network slicing (NS) is required when embedding 6G mobile network resources and sharing them across devices with varying needs. Recent advancements in 6G NS have been propelled by Network Function Virtualization (NFV) and Software Defined Networking (SDN) technologies, which virtualize network functions. Allocating resources in 6G is a pressing issue that needs additional study. Virtual network embedding focuses primarily on node mapping and link mapping, the two most important network properties. Resource allocation in a 6G network is addressed here by using the Slice-Aware Network Embedding (SANE) technique. The slice-defined node ranking method is shown for node mapping, and the k-shortest route algorithm is presented for link mapping, both of which are contributed to by this work. The performance of the proposed strategy is measured by looking at metrics like average acceptance rates, cost-to-revenue, and bandwidth utilization. The results of this study are compared to those of other researches done in the same area to demonstrate their validity.