Mobile data traffic has been largely generated indoors. However, indoor cellular networks
have been studied either on a two-dimensional (2D) plane or as an intractable optimization …

In this paper, we investigate the performance of typical indoor users in urban two-tier
heterogeneous mobile networks with indoor-deployed small cell base stations (BSs) and …

The performance of indoor small-cell networks (SCNs) is affected by the indoor environment,
such as walls, blockages, etc. In this article, we investigate the effect of interior wall …

In this paper, we present a mathematical framework to evaluate the performance of a typical
outdoor user in an urban two-tier mobile network under a biased user association. The …

The neighborhood small cell (NSC) network, which employs indoor small base stations
(SBSs) to serve both indoor and outdoor users, is considered a cost-effective solution to …

This paper presents a system model that enables the analysis of indoor downlink
performance in urban two-tier heterogeneous cellular networks. The urban building topology …

To support the unrelenting demand of services with gigabit data rates in indoor scenarios, a
dense heterogeneous small cell network (HSCN) is presented as a promising paradigm for …

A novel concept, the neighbourhood small cell (NSC) network, has been brought up to
provide high-capacity wireless communications in a cost-effective manner. The indoor small …

Cellular networks are usually modeled by the point process theory and stochastic geometry
with mobile users either scattered randomly or deterministically set. These models are used …

In indoor environments, the performance of ultra-dense cellular networks is significantly
affected by blockages, especially for ultra-high frequencies. However, previous works either …