|
|
EDA365欢迎您登录！
您需要 登录 才可以下载或查看，没有帐号？注册
x
资料名称】：LTE - The UMTS Long Term Evolution 2nd Edition
4 |, [5 `8 C. R; P& s# S( q, d【作者】：Stefania Sesia, Issam Toufik, and Matthew Baker
# [ L$ j! X& Z% U【语言】：english1 y, G. |2 z8 _1 d
【页数】：7949 v- e, _$ L0 r) N0 [
【格式】：pdf3 Z8 }( P( b6 M( s0 B) w/ S! x
【发表时间】：2011( a0 Z& S! w9 I. j! {
【内容简介】：Including Release 106 R) r) O- k/ V4 E5 D
for LTE-advanced！
/ x- }0 B$ ?1 u$ N3 [2 L6 ]5 nThe advances in techniques and theoretical understanding continue to be supported by developments in integrated circuit technology and signal processing power which render
1 s* v; m {$ X& M7 \; cthem feasible where they would have been unthinkable only a few years ago. t' [4 X3 K) X: n
Changes in spectrum availability and regulation also influence the development path of
r2 l4 k) m( O# yLTE towards LTE-Advanced, reinforcing the need for the new technology to be adaptable,
2 c% o( @( H- D& n, ~4 `, r' gcapable of being scaled and enhanced to meet new global requirements and deployed in a( s; A% Z. }9 i0 ?0 G0 R$ n3 D
wide range of different configurations./ K& T# E4 l: v1 p1 S; C
With this breadth and depth in mind, the authorship of the chapters of the second edition8 |! d! H: J- q- u
of this book is even wider than that of the first edition, and again is drawn from all fields of
: q1 ~ G* t$ @6 Athe ecosystem of research and development that has underpinned the design of LTE. They! w4 ^$ l* h+ j
work in the 3GPP standardization itself, in the R&D departments of companies active in5 y, Z$ x' t8 R g( l
LTE, for network operators as well as equipment manufacturers, in universities and in other
1 g# V3 `& C. m7 [% acollaborative research projects. They are uniquely placed to share their insights from the full0 n- V/ B0 |4 z) y
range of perspectives.
0 N- m& T: E( f8 U【目录】：! ]2 X G4 L. P* Z7 A
1 Introduction and Background+ ]5 |/ n* B8 B" H, ?! F1 Q
Part I Network Architecture and Protocols& L- A* {5 b! p8 c9 Q: G
2 Network Architecture7 y/ O1 m6 g# N- N3 X7 h/ Y5 N/ F: R& E
3 Control Plane Protocols: a' P: Z% ^9 K! _% x
4 User Plane Protocols
?0 G3 D# I2 Y& z/ TPart II Physical Layer for Downlink
5 v `1 ~" B- k( X' O5 Orthogonal Frequency Division Multiple Access (OFDMA)7 B/ B9 ?0 m& L- l1 ?8 H
6 Introduction to Downlink Physical Layer Design- y! z/ M2 M$ ]: c- m7 ^* t
7 Synchronization and Cell Search- [8 u' O2 v" `! C( C' G
8 Reference Signals and Channel Estimation( P( _0 ?$ A* u
9 Downlink Physical Data and Control Channels4 v1 Q) C9 O/ l/ I3 M) r
10 Link Adaptation and Channel Coding' b6 t% z- f4 B" t8 T y* ^1 H. w
11 Multiple Antenna Techniques
* J5 u6 g2 x! L# o6 x$ k% a& ^- k2 W12 Multi-User Scheduling and InteRFerence Coordination
5 E* A1 n8 u6 d7 ]- s5 y13 Broadcast Operation8 B- z" p! r/ Q8 r6 B
Part III Physical Layer for Uplink1 {6 |' B6 X$ Z! t5 W8 w1 d7 J9 }
14 Uplink Physical Layer Design/ e6 @* p# X" u7 \( y) c
15 Uplink Reference Signals5 F( U& C1 i* N, c- F2 I8 e- e
16 Uplink Physical Channel Structure% T( E2 R- v& A4 A4 c
17 Random Access+ x9 ~1 U1 V* k4 Y
18 Uplink Transmission Procedures
f2 O" m# |" u; Q5 S7 {+ J7 KPart IV Practical Deployment Aspects
7 B, Z; t: p3 x7 b1 n0 E19 User Equipment Positioning& o$ u- _2 k, e. ^7 w
20 The Radio Propagation Environment
" e9 V- h# r9 V" P9 T( F3 @21 Radio Frequency Aspects1 t, V8 Y# I/ ?+ \4 |
22 Radio Resource Management" v2 [) a6 @( c2 h! O+ d" E1 e
23 Paired and Unpaired Spectrum
' [9 n( Q9 b1 P( C$ ^24 Picocells, Femtocells and Home eNodeBs0 A6 F' s. w% g
25 Self-Optimizing Networks
; e+ v `( I R; ?$ J26 LTE System Performance
2 F3 N2 O. r# E% r4 {: `+ y$ d9 O% BPart V LTE-Advanced0 ]1 h; j% k, l$ a4 A7 {$ f' D( R+ S
27 Introduction to LTE-Advanced. s+ n. K/ R. G& q# H# n
28 Carrier Aggregation# ^$ ~; s% t: c9 A' K
29 Multiple Antenna Techniques for LTE-Advanced# @# d! Z- o# Z8 z
30 Relaying
2 Y. I- U8 U, p" V31 Additional Features of LTE Release 10! c( J( a7 v6 i& q2 a
32 LTE-Advanced Performance and Future Developments A/ w* p; X, F
|
|
/1 
发表于 2016-5-10 14:15
收藏
淘帖
支持！
反对！
楼主