hendral
2018-01-08, 10:38 AM
LTE-Advanced Relay Technology and Standardization by Yifei Yuan
2013|ISBN 978-3-642-29676-5|196 pages| PDF| 6 MB|
LTE-Advanced becomes a truly global standard for 4G cellular communications.
Relay, as one of the key technologies of LTE-Advanced, can significantly extend
the coverage, and improve the system throughput. LTE-A standards and technologies
were described in several recent books where the limited pages for relay
feature prevent the detailed explanations of the technology. In this book, we tried
to provide an in-depth description of LTE-A relay development. More specifically,
significant portions are spent on relay channel modeling and potential technologies
during the study item phase of the development, although some of those technologies,
such as Type 2 cooperative relay, multi-hop relay, relay with backhaul of
carrier aggregation, were not standardized in Release 10 LTE. The purpose of
those discussions was to offer some insights of relay research in future LTE
releases. For Type 1 relay which was standardized in Release 10, our focus is to
describe the design principles and rationales of key features, rather than literally
explaining the specifications. By doing so, we hope that readers can get the
intuitions of major candidate techniques for Release 10 relay, regardless of whether
they were adopted in the specifications.
https://www.4shared.com/office/bv7UdBZgei/LTE-Advanced-Relay-Technology-.html
2013|ISBN 978-3-642-29676-5|196 pages| PDF| 6 MB|
LTE-Advanced becomes a truly global standard for 4G cellular communications.
Relay, as one of the key technologies of LTE-Advanced, can significantly extend
the coverage, and improve the system throughput. LTE-A standards and technologies
were described in several recent books where the limited pages for relay
feature prevent the detailed explanations of the technology. In this book, we tried
to provide an in-depth description of LTE-A relay development. More specifically,
significant portions are spent on relay channel modeling and potential technologies
during the study item phase of the development, although some of those technologies,
such as Type 2 cooperative relay, multi-hop relay, relay with backhaul of
carrier aggregation, were not standardized in Release 10 LTE. The purpose of
those discussions was to offer some insights of relay research in future LTE
releases. For Type 1 relay which was standardized in Release 10, our focus is to
describe the design principles and rationales of key features, rather than literally
explaining the specifications. By doing so, we hope that readers can get the
intuitions of major candidate techniques for Release 10 relay, regardless of whether
they were adopted in the specifications.
https://www.4shared.com/office/bv7UdBZgei/LTE-Advanced-Relay-Technology-.html