Femtocell technology has been drawing considerable attention as a cost-effective means of
extending cellular coverage and enhancing capacity as well as realizing its potential, when …

One of the effective techniques of improving the coverage and enhancing the capacity and
data rate in cellular wireless networks is to reduce the cell size (ie, cell splitting) and …

Femtocell networks, consisting of a conventional macro cellular deployment and overlaying
femtocells, forming a hierarchical cell structure, constitute an attractive solution to improving …

Femtocell technology has been drawing considerable attention as a cost-effective means of
improving cellular coverage and capacity. However, under co-channel deployment …

Femtocells have a strong potential for increasing the efficiency and coverage of next-
generation broadband wireless networks. In this paper, a co-channel framework for the …

Femtocells have been considered as a promising technology to provide better indoor
coverage and spatial reuse gains. However, the co-channel deployment of macrocells and …

Femtocells that use co-channel allocation with macrocells can considerably increase
wireless coverage and system capacity, especially for indoor and cell-edge users. However …

Increase in system capacity and data rates can be achieved efficiently in a wireless system
by getting the transmitter and receiver closer to each other. Femtocells deployed in the …

The demand for increased spectral efficiencies is driving the next generation broadband
access networks towards deploying smaller cells (femtocells) with sophisticated air interface …

Femtocells (FCs) are introduced to enhance the indoor coverage and system capacity of
traditional cellular networks. However, the network performance could be significantly …