Mobile users in public vehicles (train, buses, etc.) suffer from low signal quality due to the
enclosed nature of the vehicles. Small cells may be used to provide good signal quality in …

On one hand, the small cells increase the overall data rate of the network. However, on the
other hand, they result in increased cross-tier interference. This makes resource allocation to …

Mobile cellular users traveling in city buses are experiencing poor quality of signals due to
the interference and the large number of mobile devices. To enhance the Quality-of-Service …

Improvement in signal quality and service quality by femtocells offers a natural opportunity
for them to be deployed in vehicles. However, resource allocation with mobile femtocells …

Small cell networks are regarded as a promising candidate to meet the exponential growth
of mobile data traffic in cellular networks. With a dense deployment of access points, spatial …

Along with the exponential growth of mobile data traffic over the past few years, dense small
cell networks are considered an attractive solution to cope with the mobile traffic demand …

We examine small cell deployment strategies in two-tier cellular networks. Specifically, we
propose a joint interference and load deployment (JD) strategy, reflecting a realistic …

The mobility management will be more complex and will have a great impact on the quality
of service in the future cellular networks, as these networks will have to handle a huge …

The increasing popularity and usage of portable smart devices have heightened the
demand for higher data rates and mobility support in wireless communication networks …

Resource management is an important issue in wireless communication networks,
especially in femtocellular networks which aim at serving mobile users in small areas. In this …