Using stochastic geometry and Paris operator traffic, the paper estimates that full network sharing between two mobile operators can save up to about 35 percent of base station energy while meeting QoS targets.
Quantifying the Benefits of Infrastructure Sharing
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abstract
We analyze the benefits of network sharing between telecommunications operators. Sharing is seen as one way to speed the roll out of expensive technologies such as 5G since it allows the service providers to divide the cost of providing ubiquitous coverage. Our theoretical analysis focuses on scenarios with two service providers and compares the system dynamics when they are competing with the dynamics when they are cooperating. We show that sharing can be beneficial to a service provider even when it has the power to drive the other service provider out of the market, a byproduct of a non-convex cost function. A key element of this study is an analysis of the competitive equilibria for both cooperative and non-cooperative 2-person games in the presence of (non-convex) cost functions that involve a fixed cost component.
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Sharing is Caring: Analysis of Hybrid Network Sharing Strategies for Energy Efficient Multi-Operator Cellular Systems
Using stochastic geometry and Paris operator traffic, the paper estimates that full network sharing between two mobile operators can save up to about 35 percent of base station energy while meeting QoS targets.