Analyzing Resource Reallocation Policies for 5G NR Network Slicing Using a Controllable Queuing Model with Signals

Fifth-generation (5G) wireless networks offer a wide range of services for various industries, with high demands for performance, quality, and cost. Network slicing is a crucial component of 5G, dividing the network into virtual slices with specific resource requirements. This paper explores resource bandwidth scheduling between two slices, considering isolation and blocking requests. A controllable queuing system is developed, and the components of a continuous-time Markov decision process are considered.