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资料名称】：LTE - The UMTS Long Term Evolution 2nd Edition
3 y: R# X5 Y3 M3 }【作者】：Stefania Sesia, Issam Toufik, and Matthew Baker
# j* T8 P& ?% a2 d5 _6 Q7 V! }& F【语言】：english
/ }% c* a' u* `7 W4 d* g【页数】：7943 M9 V7 X9 I% \3 X" Z$ \
【格式】：pdf
9 O& j- ]# a! I, I8 G/ l" J! O【发表时间】：2011
. @' I8 M G$ |) P: N【内容简介】：Including Release 10
) Z0 s9 g+ e/ Z) x- {- nfor LTE-advanced！
1 W. B( m! H7 X5 V. T: QThe advances in techniques and theoretical understanding continue to be supported by developments in integrated circuit technology and signal processing power which render
9 s. p' w9 C5 a4 rthem feasible where they would have been unthinkable only a few years ago.& o7 F5 s1 H, r, U3 W: G
Changes in spectrum availability and regulation also influence the development path of+ n7 l" P" U6 R1 f
LTE towards LTE-Advanced, reinforcing the need for the new technology to be adaptable,
9 O" i( [4 i0 I8 s5 \& Pcapable of being scaled and enhanced to meet new global requirements and deployed in a
1 X" B% b5 W& v) V6 r# Y/ o1 Lwide range of different configurations.
8 ^- D4 I$ w0 e/ cWith this breadth and depth in mind, the authorship of the chapters of the second edition8 X7 p3 u. i9 R4 `. H* Q, n* D! R6 j
of this book is even wider than that of the first edition, and again is drawn from all fields of
. b6 o8 t* U, Athe ecosystem of research and development that has underpinned the design of LTE. They
, \8 m+ K& N" u5 q& Q) owork in the 3GPP standardization itself, in the R&D departments of companies active in
# ^8 p3 u: w- }# G4 mLTE, for network operators as well as equipment manufacturers, in universities and in other3 F$ f3 H% s( l
collaborative research projects. They are uniquely placed to share their insights from the full
- Q! U( q0 u6 m3 brange of perspectives.( b! @: A( |4 g9 \% f0 e; B
【目录】：/ V0 V/ f" F, `1 _
1 Introduction and Background
% S* @5 u5 X- B, j e8 MPart I Network Architecture and Protocols
. x, v# B; s# E2 i' M4 _, s' `2 Network Architecture
8 f6 f& d& E( I) o8 h- p3 Control Plane Protocols' S/ Q1 r, D5 @3 A4 Q$ F- x9 U
4 User Plane Protocols
" l- d0 I* ?2 \7 e8 p3 CPart II Physical Layer for Downlink2 w% T. d& b- M* x# U1 m$ A
5 Orthogonal Frequency Division Multiple Access (OFDMA)- i; n z ^; U) j$ n- ~
6 Introduction to Downlink Physical Layer Design
, _1 A V Z, ?4 ^ ?6 L7 Synchronization and Cell Search
9 M1 @1 M# H+ x3 F; W8 Reference Signals and Channel Estimation2 q- V2 \! X9 X1 ^5 f
9 Downlink Physical Data and Control Channels) t* u3 y \1 ~/ {% j
10 Link Adaptation and Channel Coding
1 Y" j6 e' s$ Q ?2 U4 y8 x11 Multiple Antenna Techniques3 d3 S- Q q' o
12 Multi-User Scheduling and Interference Coordination: s" b: Y, S0 d& F9 q1 Q
13 Broadcast Operation
5 g! U8 f2 ?3 ?# I+ ?# tPart III Physical Layer for Uplink) i9 u& I Y3 C+ N
14 Uplink Physical Layer Design
, j" h, Z7 m3 ~) x3 C! }2 s! p6 {15 Uplink Reference Signals4 o# M4 w2 D" |6 o) C& I
16 Uplink Physical Channel Structure
# Q. Y' y* p0 }; {0 X3 S17 Random Access. j. e9 }; ^ T5 c
18 Uplink Transmission Procedures' C" Z( x' Q4 p( F+ h0 ?0 D
Part IV Practical Deployment Aspects
) j5 e" a- b+ V) k6 F Q- @19 User Equipment Positioning* c8 v9 N& w$ g0 }6 Y
20 The Radio Propagation Environment; j0 g* b$ b. a, d" g& i) y G# P: ]
21 Radio Frequency Aspects
( F9 z5 w! Q0 B$ E4 b22 Radio Resource Management
* Z- b, O' i0 H% z23 Paired and Unpaired Spectrum7 Y+ j5 E- r/ A& f
24 Picocells, Femtocells and Home eNodeBs
: q* p% e& s) Y$ r, O# B8 g6 S) f7 s: S25 Self-Optimizing Networks9 h0 h! u* x7 H- }7 e7 n
26 LTE System Performance' B }" ]# [ y2 U9 F" g9 x h% Y4 ^
Part V LTE-Advanced
# Z5 ?6 a/ z- a- X* }27 Introduction to LTE-Advanced
, W* C2 d- U' s6 x' D28 Carrier Aggregation
1 h" y; [$ k) | c% x1 n! k' N29 Multiple Antenna Techniques for LTE-Advanced7 c/ i* ^( b( Y. x2 t
30 Relaying0 d# X+ P- \! z3 T1 Q
31 Additional Features of LTE Release 10
2 n: l# I. I; ]* ~0 r32 LTE-Advanced Performance and Future Developments% b7 [0 d) t# F4 h4 r! v
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