Dense deployment of femtocell networks in local area is an evolutional trend of cellular
networks due to the exponential increasement of traffic demand. In the dense deployment …

Cloud-based radio access network is becoming significant in the future wireless network
domain, since it can allow for better interference management and on-demand spectrum …

Two-tier femtocell networks have been shown to provide superior performance in terms of
indoor user coverage and data rate as compared to conventional macrocellular networks …

Femtocells tend to be large scale and self-organized, which complicates the interference
environment of mobile networks. In this case, interference between femtocells cannot be …

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 …

Femtocells are small, low power cellular base stations (BS) with high potential for coverage
extension and offloading voice and wireless data. In this paper, we study the problem of joint …

Femtocells widely deployed in a macrocell form hierarchical cell networks, which can
improve indoor coverage and network capacity, and have been regarded as one of the most …

The traffic in cellular networks has been growing at an accelerated rate. In order to meet the
rising demand for large data volumes, shrinking the cell size may be the only viable option …

Femtocells are small, low‐power cellular base stations with high potential for coverage
extension and offloading voice and wireless data. In this paper, we study the problem of joint …

Femto base stations (FBSs) are cost-effective choices for wireless service providers (WSPs)
to provide better indoor coverage and capacity in cellular networks. With the introduction of …