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Multistandard RAS in a K-Tier Network of Various Geometry, Coverage and Capacity

In this paper we present an analytical model for planning and using network resources to improve network coverage, capacity and reliability, reduce network investment and maintenance costs, as well as reduce the electrical power consumption. The analysis considers the downlink of an arbitrary heterogeneous cellular network by using tools of stochastic geometry that adopts the distribution of base stations in the form of Poisson Point Process. To prove the analytical model, simulation based on ns3 network simulator has been conducted, with accurately matching the theoretical values and boundaries.

Heterogeneous cellular networks ; spectral efficiency ; deployment efficiency ; Poisson point processes ; ns3

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