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资料名称】:LTE - The UMTS Long Term Evolution 2nd Edition
# E2 S) J2 }1 }/ C3 S/ R: T' E【作者】:Stefania Sesia, Issam Toufik, and Matthew Baker+ I. |2 V, a0 [+ @3 i
【语言】:english1 {6 o. ?: @2 K7 |5 O1 C
【页数】:794/ ?. Q6 T0 y6 M5 Q+ B2 u7 G! r5 \, t
【格式】:pdf
/ b" P0 H d1 a6 v' L& q【发表时间】:2011( U, u7 T" `. _/ ]0 ~$ A- C3 j
【内容简介】:Including Release 101 V: s$ ?, O, p; o: M& o
for LTE-advanced!
1 `0 s; Y9 j( b3 [5 m) x5 N: f6 ]The advances in techniques and theoretical understanding continue to be supported by developments in integrated circuit technology and signal processing power which render
: |- {6 W* F a! I- I/ \7 e- Sthem feasible where they would have been unthinkable only a few years ago.& y3 H$ @. g' M4 M2 X" [) S7 m
Changes in spectrum availability and regulation also influence the development path of6 d ]2 |/ i: v9 O7 m+ a5 t
LTE towards LTE-Advanced, reinforcing the need for the new technology to be adaptable,! n# i5 H, c) n# ~
capable of being scaled and enhanced to meet new global requirements and deployed in a% M+ H' ?6 X( |8 T
wide range of different configurations.2 p7 M2 {9 I T( O7 z- _8 w2 `% d& u
With this breadth and depth in mind, the authorship of the chapters of the second edition
: W* w# \' i* ?1 K5 I6 `% Rof this book is even wider than that of the first edition, and again is drawn from all fields of
! s# @% V! |( n3 `3 ^+ Othe ecosystem of research and development that has underpinned the design of LTE. They
2 I9 g5 h" @- R6 \work in the 3GPP standardization itself, in the R&D departments of companies active in/ c9 {. \0 G: n" }& _; L* l
LTE, for network operators as well as equipment manufacturers, in universities and in other
% O9 A1 g+ M$ z# Acollaborative research projects. They are uniquely placed to share their insights from the full
) h$ ?# F' s$ ?9 D9 frange of perspectives.
) T; b; G; \8 u& D4 Q# G# [. d【目录】:7 t7 z2 B' A/ {$ v
1 Introduction and Background
$ g; y, W0 i- z [Part I Network Architecture and Protocols% I- _$ o2 i6 y
2 Network Architecture) _8 B% i0 ^3 `1 |$ J0 t
3 Control Plane Protocols0 t& c: ~+ x# _- `
4 User Plane Protocols
3 B& g' v) M: S- `, B, `- ~Part II Physical Layer for Downlink) m. x q: W$ V8 Q7 ^ I
5 Orthogonal Frequency Division Multiple Access (OFDMA)( T& w2 W. N7 v, c4 }2 L% F6 R5 W, C
6 Introduction to Downlink Physical Layer Design7 k1 c1 `( J9 ?
7 Synchronization and Cell Search
; }' Y# @% t+ ^8 Reference Signals and Channel Estimation
1 N- ?3 J' ^' V* C' r9 Downlink Physical Data and Control Channels
! h9 N' E, V0 Q& Z$ o% @) v( W9 K10 Link Adaptation and Channel Coding, s9 c! }) a7 l0 |3 C# C( {1 d% r
11 Multiple Antenna Techniques
: s3 H; i$ S" Z5 M8 s/ J8 \12 Multi-User Scheduling and InteRFerence Coordination, {# s+ G Y5 |- t- r( n; Y4 ?8 }
13 Broadcast Operation
3 F3 S J d9 z% KPart III Physical Layer for Uplink
3 E) G- w& s( \0 D/ c/ V14 Uplink Physical Layer Design
1 } b( y6 T8 e4 W* }% ~15 Uplink Reference Signals
( Z( \+ B% k2 |/ g16 Uplink Physical Channel Structure
( H/ F6 ?# w& G* E% M17 Random Access
0 @7 F/ i; x- x# I e18 Uplink Transmission Procedures
5 ]1 F. E) k0 w$ ~7 ?5 m. ~+ G5 WPart IV Practical Deployment Aspects
( p4 ?7 S% m8 M( C5 S19 User Equipment Positioning: V2 \( q5 ?9 P9 j7 X
20 The Radio Propagation Environment! h# d: T* w' M+ ~# n* i- M
21 Radio Frequency Aspects
/ v8 }. M t. y. ~% g: V0 \- o0 r22 Radio Resource Management) u! J3 N) g% ]# }, _; v
23 Paired and Unpaired Spectrum# ]5 B$ m5 d" f3 g; S6 @( u
24 Picocells, Femtocells and Home eNodeBs
5 I+ v1 M/ j7 U/ c+ }25 Self-Optimizing Networks
% w& G3 w# M7 F9 k$ u& Q26 LTE System Performance
7 ]8 H% s. j& L/ y% VPart V LTE-Advanced
# a, q% e: A! J( ?- k" T& i" O8 p7 N27 Introduction to LTE-Advanced
! o, F, l7 E: P0 t$ s. k" i0 m28 Carrier Aggregation& P9 }: f- N; {7 }: u
29 Multiple Antenna Techniques for LTE-Advanced- Z" l: ]2 O# _* I7 p
30 Relaying5 v7 I2 T- ^# U2 Y5 d" T' C3 q
31 Additional Features of LTE Release 10
+ i/ p9 G. s! d( S5 f F32 LTE-Advanced Performance and Future Developments/ e4 ]' S/ F# q5 c2 {1 J1 V- S
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