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资料名称】：LTE - The UMTS Long Term Evolution 2nd Edition* g1 B/ a9 p8 a- W2 D
【作者】：Stefania Sesia, Issam Toufik, and Matthew Baker
l& T! i3 F* B1 [【语言】：english
* s' }$ g3 R4 @- D; A! W【页数】：794
8 p" Z$ M Q( d0 B2 f2 z【格式】：pdf
5 g9 ]7 J6 b' S5 M3 L8 @4 j( {【发表时间】：2011
. r: t: h' ]/ ~* X, e& Q【内容简介】：Including Release 10# A3 `3 \1 l4 t/ w s& K
for LTE-advanced！
8 x( v a9 [% u7 n0 s* Q$ tThe advances in techniques and theoretical understanding continue to be supported by developments in integrated circuit technology and signal processing power which render7 @# S( E) ^1 w1 Q
them feasible where they would have been unthinkable only a few years ago.% M( Y6 g$ l, v
Changes in spectrum availability and regulation also influence the development path of3 c0 A/ L% P. u4 p; M4 N! }
LTE towards LTE-Advanced, reinforcing the need for the new technology to be adaptable,# ~6 J7 Z6 a3 c
capable of being scaled and enhanced to meet new global requirements and deployed in a! s. p- E0 n) {
wide range of different configurations.4 W. t- z+ b3 w" [6 K2 U4 z2 `
With this breadth and depth in mind, the authorship of the chapters of the second edition
$ C N3 {0 N8 z$ s6 qof this book is even wider than that of the first edition, and again is drawn from all fields of
4 f+ T6 Y6 \; ] O% s- b' C3 Q8 lthe ecosystem of research and development that has underpinned the design of LTE. They1 ]5 {; ~" K; D; U( X) }5 m
work in the 3GPP standardization itself, in the R&D departments of companies active in" y4 ]# s! ]3 Q6 P" r4 ~5 U# m
LTE, for network operators as well as equipment manufacturers, in universities and in other; d+ x1 ]$ M6 ^$ I& r5 U
collaborative research projects. They are uniquely placed to share their insights from the full
5 r$ T- G9 Y) Z0 g, z9 }* k8 w: orange of perspectives./ F+ H: |, D: M
【目录】：
2 ?7 [# Q" e. ^/ [1 Introduction and Background
/ f1 ~. R- Q9 vPart I Network Architecture and Protocols
Z) P2 j8 O5 z& G5 U5 H; n) f2 Network Architecture
- F5 W5 }/ @; m/ _+ u( B. L" W- T3 Control Plane Protocols
~+ n. U* `* @) K8 V4 User Plane Protocols
7 B: K. q8 M8 M0 kPart II Physical Layer for Downlink* ~6 {; R$ g. q4 N
5 Orthogonal Frequency Division Multiple Access (OFDMA)
* b o2 w- P9 `# x/ A' p+ o7 k6 Introduction to Downlink Physical Layer Design
1 \% `! y* H/ d9 h Z1 ?9 {7 Synchronization and Cell Search& P, Z' ^* n Q
8 Reference Signals and Channel Estimation
5 f5 j* f/ x& W; Y' W9 J1 }# X9 Downlink Physical Data and Control Channels
S5 j9 _( Q: t! P \10 Link Adaptation and Channel Coding0 ]: S) ^/ W7 T# I& Y
11 Multiple Antenna Techniques4 b1 U6 R% K% B$ P( C0 E% s
12 Multi-User Scheduling and InteRFerence Coordination9 v# S7 l. B, J" o8 U: z0 g2 Y
13 Broadcast Operation3 ^8 C6 y. m- z2 `! u6 c
Part III Physical Layer for Uplink' G/ [( b ?3 T5 Z' K
14 Uplink Physical Layer Design
' V9 E' `; l6 h! k# y. I( N15 Uplink Reference Signals. n: F2 Z& ~, x; k( R3 Y. E
16 Uplink Physical Channel Structure7 }" f( z; W; v
17 Random Access
5 F8 Q7 o/ o' q( S7 T/ c18 Uplink Transmission Procedures$ |3 D3 c* r! m8 i) r: I
Part IV Practical Deployment Aspects& V* O0 w7 O/ `1 u
19 User Equipment Positioning+ i( w& q7 n$ y; V/ D d8 R8 q
20 The Radio Propagation Environment7 A% H& O) f, A8 L' u
21 Radio Frequency Aspects) z$ N; S+ q( n+ u5 x
22 Radio Resource Management
3 L1 p6 v' z7 l0 Q8 r% L* x23 Paired and Unpaired Spectrum
2 F% @& I+ p y! M: A2 f24 Picocells, Femtocells and Home eNodeBs8 M5 Z: D" U4 y. g+ Y; r& f
25 Self-Optimizing Networks0 s& v+ z. o Z
26 LTE System Performance0 i, }9 d. \3 h. G S3 s
Part V LTE-Advanced
/ U0 m+ c0 s4 g. W/ E4 t5 v2 O* ~27 Introduction to LTE-Advanced1 h" B2 r+ B* U' o* e
28 Carrier Aggregation
( c. m1 Q: P7 k4 W, e$ c29 Multiple Antenna Techniques for LTE-Advanced
/ e2 j; Z. }' r, U+ i30 Relaying
& k4 j' G u; N0 j2 n* K31 Additional Features of LTE Release 10/ \3 F7 x8 ?# U5 d W5 s8 e
32 LTE-Advanced Performance and Future Developments
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发表于 2016-5-10 14:15
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