Abstract
This chapter applies the analytical framework presented in Chap. 3 to two types of wireless networks with different propagation characteristics, namely, single-tier multi-antenna small cell networks and mm-wave wireless networks. For multi-antenna small cell networks, compared with Chap. 3, a more comprehensive analysis is performed, including the coverage probability, ASE, and energy efficiency. Closed-form expressions are derived for these metrics, which reveal the impacts of the BS density and antenna size, and also discover a phase transition phenomenon of the ASE-density relation. For mm-wave networks, both the ad hoc and cellular network models are considered, with a special focus on the unique propagation characteristics of mm-wave signals. It is shown that the coverage probabilities of both types of networks increase as a non-decreasing concave function with the antenna array size. Results presented in this chapter demonstrate the tractability and wide applicability of the general framework, as well as specific analytical methodologies for applying it to different network models.
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