Relay deployment in future mobile networks is a vital measure to enhance the coverage
region of regular base stations, to overcome shadowing dips, and to bring improvements in …

One key target of the fourth generation of mobile networks is the ubiquitous support of
quality-of-service (QoS) aware traffic. In LTE-Advanced, relay nodes are one of the main …

Nowadays with the introduction of smart phones along with the development of audio and
video applications increase people's demands for the ubiquitous high-data rate coverage …

Some of the key driving forces behind the transition from the UMTS based cellular system to
the Long Term Evolution Advanced (LTE-A) are to improve the mean and the cell-edge …

Relaying is emerging as one of the key radio access techniques for LTE-Advanced (LTE-A)
networks to fulfill the LTE-Advanced coverage and capacity requirements in a cost-efficient …

Nowadays with the introduction of smart phones along with the development of audio and
video applications increases people's demands for the ubiquitous high-data rate coverage …

Mobile relay systems have been adopted by $4^{th} $ generation mobile systems as an
alternative method to extend cell coverage as well as to enhance the system throughput at …

릴레이 시스템은 커버리지 확장과 셀 경계 (Cell-Edge) 의 시스템 처리량 향상을 목적으로 4
세대이동통신 시스템에 적용되어 왔다. 릴레이 시스템은 커버리지 확장과 시스템 처리량 …

As a result of the introduction of relay technique in the Long Term Evolution Advanced (LTE-
A) system, the system performance is improved in network coverage, user (UE) fairness and …

The recent technological growth in the field of video communications has caused a rise of
video applications along with an emergence of new large screen mobile devices. Note that …