In this article, the authors outline some key benefits that stem from the use of mechanical
relaying within or across the cells in future wireless mobile networks. The authors have …

Over the last decade wireless and mobile communication has become manifest in our
everyday life. Furthermore, the development of ever increasing data rates, seamless …

In this paper we address the issue of store-carry and forward (SCF) relaying within a cell in a
mobile network. The proposed scheme can be considered as a generalization of various …

To support the ever increasing requirements for data services, some of the current
architectural trends for future cellular networks is a reduction on the cell size and support of …

In this paper, store-carry and forward (SCF) decision policies for relaying within the cell are
developed. The key motivation of SCF relaying stems from the fact that energy consumption …

Shrinking cell sizes, primarily a result of keeping up with the increasing demand for higher
data rates, are stretching thin the notion of our traditional cellular system architecture. More …

This paper introduces a notion of coordinated and cooperative relay systems (CCRS) for
providing enhanced cellular coverage in highly populated public transportation such as …

Mobile communication systems have to provide exponentially increasing data rates for an
increasing number of subscribers using ubiquitous data services. As the capacity per cell is …

Multi-hop relay technology is one of the most promising candidate technologies to overcome
the coverage and capacity problem in LTE-Advanced networks. Currently 3GPP is …

Performance of iCAR system-a new load balancing scheme in wireless networks-is
analyzed. Traffic capacity enhancement of the iCAR system with respect to the conventional …