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资料名称】:LTE - The UMTS Long Term Evolution 2nd Edition( V+ }5 F7 x( J: Z `. r, ]; R7 G
【作者】:Stefania Sesia, Issam Toufik, and Matthew Baker5 z; W4 @( e: e- W1 {' f
【语言】:english* A0 x2 Q" O6 l: e- k+ x) n; q
【页数】:794" C+ ~ i8 K7 l
【格式】:pdf6 Z. `, d4 I* q" s; V7 T8 A
【发表时间】:2011
1 }7 A( H2 |" K【内容简介】:Including Release 10
5 x3 Q3 A0 C8 J6 ^, dfor LTE-advanced!
8 E3 G0 s- K5 Z9 Q% KThe advances in techniques and theoretical understanding continue to be supported by developments in integrated circuit technology and signal processing power which render
: S/ P6 R V" Z2 @, Dthem feasible where they would have been unthinkable only a few years ago.
/ b) W. [" e1 \- F/ h# ^Changes in spectrum availability and regulation also influence the development path of$ ?2 a3 ^# h( |7 Q* ^ E
LTE towards LTE-Advanced, reinforcing the need for the new technology to be adaptable,
8 w$ B- N. @: w5 K* x; }* lcapable of being scaled and enhanced to meet new global requirements and deployed in a
& ~( e$ N* F3 K+ S5 i! Awide range of different configurations.
2 k: y8 ]' W3 `With this breadth and depth in mind, the authorship of the chapters of the second edition1 E' M7 f7 E$ M6 x
of this book is even wider than that of the first edition, and again is drawn from all fields of
2 b" L, Y% _5 C1 V; Y1 ^the ecosystem of research and development that has underpinned the design of LTE. They) b$ u. D1 ?# W+ Q4 v" M* g
work in the 3GPP standardization itself, in the R&D departments of companies active in
4 h! w8 F0 R; h8 v3 i. KLTE, for network operators as well as equipment manufacturers, in universities and in other
- ?- [9 G# r1 p/ Y/ Zcollaborative research projects. They are uniquely placed to share their insights from the full
m+ ?; ^7 l8 n( Hrange of perspectives.4 {! [. K! y& K$ {3 y
【目录】:
" {( I5 H4 }+ E; B: |9 r, g1 U1 Introduction and Background
5 I3 b J" @6 |. X& g4 ?9 iPart I Network Architecture and Protocols
+ k+ k" Y9 E0 d A6 O! q w3 C! V2 Network Architecture
; R2 K0 D# E) c2 ^6 ^0 F3 Control Plane Protocols
, u* ^( K0 B7 B4 User Plane Protocols5 n) D# |" c* v5 p* N9 Y0 b1 k8 ~
Part II Physical Layer for Downlink4 x! ~8 y- v5 ?6 }( E; e
5 Orthogonal Frequency Division Multiple Access (OFDMA)
3 n; a& l0 K0 g# ~/ v, b6 Introduction to Downlink Physical Layer Design. Q5 q. E* w) _$ q4 z
7 Synchronization and Cell Search
" E" ^% a2 ], p8 Reference Signals and Channel Estimation
* Q1 j7 m- N( Q" C( x9 B. W0 Q9 Downlink Physical Data and Control Channels
# m* h4 h. M9 z- w10 Link Adaptation and Channel Coding
0 E) H+ S2 p r0 P' [$ I11 Multiple Antenna Techniques ?8 v( j" J3 y$ @; z. M) x
12 Multi-User Scheduling and InteRFerence Coordination0 @: k7 w& k( O& s3 u& d
13 Broadcast Operation$ w$ a0 `" Y; ]
Part III Physical Layer for Uplink
. ~0 M+ V% B7 h+ L14 Uplink Physical Layer Design
, e' |; [( Y) B* S: w15 Uplink Reference Signals4 K+ k% j2 Q$ ?% Q$ o* G6 ]. g
16 Uplink Physical Channel Structure; u; z# H7 Y9 i8 G% [
17 Random Access
0 j' m v& O' A; f" Q X18 Uplink Transmission Procedures' r* ]% Y& }8 v6 Y" r9 t0 c
Part IV Practical Deployment Aspects
4 U `0 d( E2 S$ ~! W19 User Equipment Positioning2 N( i* D1 t" G, Z, F! |# w# E, U
20 The Radio Propagation Environment k' J+ W! e- R' q( \5 r
21 Radio Frequency Aspects/ z% m1 i; j K5 c* ^6 H( X1 M6 s
22 Radio Resource Management
/ r' P4 P; W0 h! e3 b) E! {23 Paired and Unpaired Spectrum
2 l) r7 b: l- `4 g+ B24 Picocells, Femtocells and Home eNodeBs
8 { c ]. d& i- w0 j. i25 Self-Optimizing Networks) H. m( h. t0 ^' A
26 LTE System Performance, g$ G* _3 ~1 l! r2 k5 i ^. K
Part V LTE-Advanced: T' i4 V1 j2 X' f7 D
27 Introduction to LTE-Advanced
% P% o* n* Z5 A! y28 Carrier Aggregation. ^0 \+ a: O3 w- U
29 Multiple Antenna Techniques for LTE-Advanced
+ E+ G) R/ I# J6 z; f30 Relaying
7 y3 k% s' f, y' Q31 Additional Features of LTE Release 10! m+ G4 L8 e" d; `( l! i' G
32 LTE-Advanced Performance and Future Developments2 _( e) m' ~. }9 u3 L3 X
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