Efficient Slice Allocation for Novel 5G Services

The unprecedented growth of novel applications and tsunami of connected devices in the existing networks have forced the service operators to find novel solutions to fulfil the Quality of Service for end users. Network slicing has emerged as a promising solution to fulfil these stringent requirements. However, static network slicing do not scale well for heterogeneous requirements imposed by the services. In this paper, we design a novel approach based on multiple-choice knapsack problem that maximizes the utilization of these network slices. Simulation results reveal that our proposed solution can achieve low latency and high throughput compared to the static network slice approach.