Titlebook: LTE-Advanced Relay Technology and Standardization; Yifei Yuan Book 2013 Springer-Verlag Berlin Heidelberg 2013 3GPP.Backhaul Link.LTE.LTE-

耐寒

Higher Layer Aspects and RAN4 Performance Aspects,In this chapter, we discuss higher layer aspects such as relay architecture, C-plane, U-plane procedures and S1/X2 procedures. Also discussed are RAN4 performance requirements for RF and baseband of both relay backhaul link and access link.

FLING

Implementation Aspects of Release 10 Relay,Chapter 6 discusses several implementation aspects of LTE-A relay, covering the baseband processing, RF components and resource scheduler of relay node, necessary development at donor eNB to support R-PDCCH transmission and relay backhaul resource scheduling, and relay network planning.

遺傳

ULCER

猛烈責(zé)罵

Signals and Communication Technologyhttp://image.papertrans.cn/l/image/580140.jpg

柔聲地說

沒血色

LTE-A Relay Scenarios and Evaluation Methodology, dead spot, indoor hot spot, group mobility, emergency network and wireless backhaul. Simulation methodology discussion is focused on the channel modeling and key parameters for relay system simulations.

amphibian

Physical Layer Standardization of Release 10 Relay, standardization aspects include relay frame timing, R-PDCCH multiplexing, reference signal, R-PDCCH channel details. For backhaul subframe allocation, the main issue is HARQ timing to fit design constraints such as MBSFN subframe configuration, Release 8 compatibility, etc.

有機(jī)體

https://doi.org/10.1007/978-3-642-29676-53GPP; Backhaul Link; LTE; LTE-Advanced; OFDMA; Relay Architectures; Wireless Network

ingenue