In cellular communication systems with frequency reuse factor of one, user terminals (UT) at
the cell-edge are prone to intercell interference. Joint processing is one of the coordinated …

The foreseen increase in the volume of mobile traffic and the correspondent increase in
greenhouse gas emissions is now placing energy efficiency (EE) at the forefront of mobile …

The increasing energy consumption driven by striking growths in the number of users and
data usage has placed cost reduction and energy efficiency at the forefront of system design …

This paper considers the downlink resource allocation of a coordinated multi-cell cluster in
OFDMA systems with universal frequency reuse. Multi-cell joint transmission is considered …

We propose a new partial joint processing architecture for distributed massive multiple-input
multiple-output (MIMO) networks. As opposed to the traditional full-joint processing …

Next-generation cellular networks and beyond are expected to adopt a frequency reuse
factor of one to support high spectral efficiency. Consequently, inter-cell interference (ICI) …

Coordinated multi-point (CoMP) transmission has received a lot of attention, as a way to
improve the system throughput in an interference limited cellular system. For joint …

Neighbouring cells deteriorates the performance of Orthogonal Frequency Division
Multiplexing Access (OFDMA) cellular networks particularly for edge users due to Inter Cell …

In this paper, we consider an LTE downlink Multiple Input Multiple Output (MIMO)
Coordinated Multipoint (CoMP) network. We propose a new adaptive precoding method …

As a key technology of the LTE-A, coordinated multiple point transmission (CoMP) plays an
important role on reducing the interference and improving users' throughput. Adopting …