Effective sharing of the radio spectrum in current and future multi-user radio communication systems is important for the maximisation of communication capacity. Efficient sharing requires obtaining the target ratio between signal and interference powers defined by the requested services for every user with minimum use of resources. In this thesis, three radio resource management techniques – transmission power control, adaptive beamforming, and transmission rate management – are considered separately and jointly in attacking the problem of radio channel sharing. Transmission power control balances the signal-to-interference ratios of the connections, adaptive beamforming performs spatial filtering of signal in antenna arrays, and transmiss...
Due to the increasing use of more and more powerful smart devices demands on the scarce radio spectr...
Abstract This thesis concentrates on joint optimization of transmit power allocation and receive fil...
Abstract Future cellular networks need to support the ever-increasing demand of bandwidth-intensive...
Effective sharing of the radio spectrum in current and future multi-user radio communication systems...
Abstract This thesis examines radio resource management techniques for multicell multi-input single...
Abstract Uplink resource allocation strategies in modern cellular networks are studied in this thes...
Abstract The use of multiple antennas is a fundamental requirement in future wireless networks as i...
The increasing number of frequency bands used in wireless communications results in added challenges...
Abstract Random matrix (RM) methods are exploited to develop radio resource management techniques f...
Abstract This thesis focuses on transceiver optimization for heterogeneous multi-user multiple-inpu...
Abstract This thesis seeks to develop a robust semi-analytical performance prediction method for an...
Abstract The aim of this thesis is to devise novel cooperative paradigms that allow small base sta...
The current rigid proprietary licensing of the radio spectrum has created a shortage of wireless ban...
Abstract The rapid evolution of wireless networks to meet the requirements of explosive data traffi...
Abstract This thesis concentrates on the design and evaluation of spatial user multiplexing methods...
Due to the increasing use of more and more powerful smart devices demands on the scarce radio spectr...
Abstract This thesis concentrates on joint optimization of transmit power allocation and receive fil...
Abstract Future cellular networks need to support the ever-increasing demand of bandwidth-intensive...
Effective sharing of the radio spectrum in current and future multi-user radio communication systems...
Abstract This thesis examines radio resource management techniques for multicell multi-input single...
Abstract Uplink resource allocation strategies in modern cellular networks are studied in this thes...
Abstract The use of multiple antennas is a fundamental requirement in future wireless networks as i...
The increasing number of frequency bands used in wireless communications results in added challenges...
Abstract Random matrix (RM) methods are exploited to develop radio resource management techniques f...
Abstract This thesis focuses on transceiver optimization for heterogeneous multi-user multiple-inpu...
Abstract This thesis seeks to develop a robust semi-analytical performance prediction method for an...
Abstract The aim of this thesis is to devise novel cooperative paradigms that allow small base sta...
The current rigid proprietary licensing of the radio spectrum has created a shortage of wireless ban...
Abstract The rapid evolution of wireless networks to meet the requirements of explosive data traffi...
Abstract This thesis concentrates on the design and evaluation of spatial user multiplexing methods...
Due to the increasing use of more and more powerful smart devices demands on the scarce radio spectr...
Abstract This thesis concentrates on joint optimization of transmit power allocation and receive fil...
Abstract Future cellular networks need to support the ever-increasing demand of bandwidth-intensive...