Access configuration of femtocell networks carries critical importance due to the resulting
interference scenarios. Especially in closed-access femtocell networks, there might be …

This paper addresses the spectral efficiency in dynamic femtocell networks, where users
leave and/or enter their serving femtocells frequently. The overall system bandwidth is …

Femtocells deployed in the Macrocell to improve the indoor coverage share the same
spectrum with the Macrocells. The dynamic spectrum access (DSA) and power allocation …

Femtocell networks have the potential of significantly improving the capacity of next-
generation cellular systems. However, interference to/from the macrocell network is a critical …

Interference between neighboring femtocells may have a critical impact on their
performances. In this paper, impact of resource spreading is investigated on the capacity of …

This paper investigates spectrum resource coordination for the mixed macrocell and
femtocell deployment. Though sharing spectrum provides larger bandwidth for both …

Deployment of femtocells represents a promising solution to increase cost-capacity benefits
for network operators and provide higher data rates to end-users. Femtocells are conceived …

Femtocells are low-cost, low-power cellular base stations that are designed to provide high
quality cellular service in residential or enterprise environments and operate in licensed …

Femtocell is attracting an increasing interest in the telecommunication sectors. In this paper,
we study the efficient resource allocation in femtocell networks with completed closed …

In this paper the feasibility of femtocells partially reusing GSM spectrum is investigated. Due
to the increasing scarcity and cost of spectrum, partial spectrum reuse by secondary …