Radio resource management algorithms ranging from bearer admission control to semi-
persistent and dynamic packet scheduling, fast link adaptation, and transmission control of …

The key feature of future mobile communication systems is the ability to deliver wideband
and high bit-rate multimedia services alongside the traditional radio services such as voice …

As the wireless environment becomes ever more populated and complex, individual
networks offering single or restricted services will become ever more uncompetitive …

As heterogeneous networks (HetNets) emerge as one of the most promising developments
toward realizing the target specifications of Long Term Evolution (LTE) and LTE-Advanced …

In 'Beyond 3G'wireless networking scenarios, characterized by the cooperation of multiple
access networks comprising different radio access technologies, Multi-Radio Resource …

Radio resource and its management is one of the key areas of research where technologies,
infrastructure and challenges are rapidly changing as 5G system architecture demands a …

Driven by the increasing popularity of wireless broadband services, future wireless systems
will witness a rapid growth of high-data-rate applications with very diverse quality of service …

Third-generation mobile communication systems will bring a wide range of new services
with different quality of service requirements and will open the ability to exploit radio …

Carrier aggregation (CA) functionality introduces new challenges for radio resource
management (RRM) function of network. In this paper, an optimum and efficient RRM …

Uplink power control in 3GPP UTRAN long term evolution (LTE) networks consists of a
closed‐loop scheme around an open‐loop point of operation. The uplink performance of the …