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
enclosed regions. Therefore, deployment of small cells in public vehicles can be a promising
solution to the quality-of-service issue. However, deploying such moving small cells makes
the resource allocation in the network a challenging problem, due to the time-varying
interference experienced and created by them. In this paper, we solve the joint resource …

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
(QoS), deployment of small cell networks in city buses is a promising solution. The
deployment of small cells in vehicular environment makes the resource allocation more
challenging because of the dynamic interference relationships experienced by them.
Therefore, resource allocation in vehicular environment within moving small cells (MSCs) …