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资料名称】:LTE - The UMTS Long Term Evolution 2nd Edition- o, n& d1 W# J$ u7 r
【作者】:Stefania Sesia, Issam Toufik, and Matthew Baker' k7 Z/ b7 _8 x% ?8 P7 ^
【语言】:english# M5 s' s! F# x' ~' i5 g2 M3 f" p
【页数】:794! X# Q# N: n5 \4 D2 N
【格式】:pdf1 h/ H. l, ` `* {- d4 Z! h" \6 D
【发表时间】:2011% c* P" h0 b4 F1 d# E) V3 @* @
【内容简介】:Including Release 10
+ c( u' f4 N) c& j% Dfor LTE-advanced!
$ o) ]; ^* H( g# p E- ]# IThe advances in techniques and theoretical understanding continue to be supported by developments in integrated circuit technology and signal processing power which render
5 r( x" j0 E+ Qthem feasible where they would have been unthinkable only a few years ago.! R9 ~; i7 S. {( S
Changes in spectrum availability and regulation also influence the development path of8 O/ ~) O$ q$ {) t" {" X9 V" P
LTE towards LTE-Advanced, reinforcing the need for the new technology to be adaptable,! R3 w+ q) Z+ E& {! Q
capable of being scaled and enhanced to meet new global requirements and deployed in a
/ h7 S" T7 L1 a! ?7 K7 m# jwide range of different configurations.
3 M8 z- L6 S, c# T1 R/ [With this breadth and depth in mind, the authorship of the chapters of the second edition
0 z% f. P5 G8 b3 b& K0 Yof this book is even wider than that of the first edition, and again is drawn from all fields of
& f# I' F) \) Z: t' `the ecosystem of research and development that has underpinned the design of LTE. They
6 R- s0 M6 A, V: X0 n7 L& `work in the 3GPP standardization itself, in the R&D departments of companies active in
4 M* Q5 E Y5 ?; ]: F; e% wLTE, for network operators as well as equipment manufacturers, in universities and in other
! U! i1 v. c* X* ~: K9 Mcollaborative research projects. They are uniquely placed to share their insights from the full3 z6 j4 V# S) k& R! r3 q. n( B- v
range of perspectives.% K0 a& P$ f4 Q9 Q
【目录】:
8 b; q. J8 m2 a/ e ?! B1 Introduction and Background
- L% P/ N' g9 I5 z+ f2 EPart I Network Architecture and Protocols% n, ]) w) a/ l9 c. [
2 Network Architecture; L' ~; s0 T, G7 C9 i$ E0 U' n# `
3 Control Plane Protocols
' `* w6 u1 I# \* x3 ?4 User Plane Protocols
. \9 Z; E$ ^& m# EPart II Physical Layer for Downlink
- |. {8 O0 r( Z: A0 q6 o+ }% M+ E5 Orthogonal Frequency Division Multiple Access (OFDMA)
& t, S9 `! @8 a/ c$ T$ A& n6 Introduction to Downlink Physical Layer Design
( j5 \# F) ~. k# @& h0 S# ~7 Synchronization and Cell Search
% }7 Q6 D5 Y/ C! _0 W- V; ?8 Reference Signals and Channel Estimation
( ^) V8 U, b1 q9 W6 l; w9 Downlink Physical Data and Control Channels
6 n" E' [6 i2 h; @" Y10 Link Adaptation and Channel Coding
; c. q4 d8 @. i6 X; \2 w0 V$ P' V& Y _11 Multiple Antenna Techniques' K" v; Z6 f5 d6 Q" P4 b
12 Multi-User Scheduling and InteRFerence Coordination
8 L) f/ x; |5 C- h* m; [13 Broadcast Operation% M* D5 N2 I; V/ {) m
Part III Physical Layer for Uplink& ]! a, Q; @6 [8 t& g% w9 @
14 Uplink Physical Layer Design
/ O* {( [/ i3 c9 q5 N15 Uplink Reference Signals
7 x6 ?5 ~1 }% A: G( D" C16 Uplink Physical Channel Structure
v i$ ~4 D( H! K& Z) t( n, S17 Random Access$ O* A. A$ r( @) I
18 Uplink Transmission Procedures
/ N" p) n2 M/ a# v8 [0 t" C( MPart IV Practical Deployment Aspects/ U. p( k4 v3 f, f/ Q+ @& n d9 x
19 User Equipment Positioning, r" q7 u( }4 K. G
20 The Radio Propagation Environment
+ L1 { A3 @! l! P/ ]. e21 Radio Frequency Aspects
( s; s: _; G' x22 Radio Resource Management
4 g+ S* S( a- ?1 ~) D23 Paired and Unpaired Spectrum& ~4 H. t) v% r) T, p8 o. i
24 Picocells, Femtocells and Home eNodeBs
2 a1 a) O9 ?( ~& }1 m- ~9 I3 A! P6 p* \25 Self-Optimizing Networks( T$ c4 {+ J+ C9 a! F" o5 [2 w u
26 LTE System Performance
4 |2 _0 B0 O4 k2 g( s% vPart V LTE-Advanced( z9 p+ h9 ~9 M& E* J
27 Introduction to LTE-Advanced
$ e- e u. x' [# ?0 Y3 k5 P C28 Carrier Aggregation- u. y" _4 L6 c( V; |
29 Multiple Antenna Techniques for LTE-Advanced
, [) S+ P; u8 Z v4 S. g' r( n30 Relaying4 I( r( _) q, } t- ^
31 Additional Features of LTE Release 10
( C! n+ O; ~/ |5 r7 i32 LTE-Advanced Performance and Future Developments2 Z7 j: {% n: O, D: X( e
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