The overwhelming proportion of cellular data communication originates from the indoor
usage of smart phones, tablets and other such devices. To facilitate higher bandwidth, future …

The infrastructure of cellular network has evolved over several decades and has penetrated
even the remotest part of the earth. However, as bandwidth used for next generation cellular …

Deployment of femtocells to facilitate mobile data offloading from macro/micro cell is
considered in 4th Generation (4G) and beyond broadband wireless systems, specifically in …

Small cells are an attractive technology for offloading traffic from the macrocellular network.
The first small cell architecture for offload was the femto cell, but it was not widely …

Network densification has been identified as one key enabling technology to address the
1000x mobile data challenge. This article analyzes network densification from the different …

Due to the scarcity of the wireless spectrum along with the ever increasing number of
cellular wireless users and the associated drastic increase in the data traffic demand …

Nowadays, the popularity of smart phones creates huge capacity requirements for networks
during mass events where thousands of people coexist in specific areas. At such events …

Femtocell, also known as home base station is one of the promising technologies that
ensure a steady increase in system capacity, improvement in service quality and a better …

Allocation of resources between femtocell and macrocell is essential to counter the effects of
interference in the dense femtocell. The significant increase in the number of internet users …

Ultradense deployment of small cells is being considered as one of the key flavors of the
emerging 5G cellular networks to address the future data capacity challenges. A large share …