John Wiley & Sons [WIRELESS AND MOBILE DATA NETWORKS]好书一本

gidi521

好书一本  我看完后感觉收获很大！
一共十二章内容，
内容主要涉及到 lan WLANs CDMA2000 W-CDMA等....
以下是前言中的简介和目录：
by John Wiley & Sons
The first three chapters have the goal of enhancing the understanding of
later chapters. First chapter gives a bird’s eye view of various wireless and
mobile network types. It ends with a discussion on the frequency spectra allo-
cated for these networks. Chapter 2, in continuation, discusses the protocol
architectures of various network types. Even though we classify networks as
personal, local, metropolitan and wide area networks, their real classification
is in terms of protocol planes.Chapter 3 discusses various components of wire-
less LANs. A wireless LAN is much more complex than the wired counter-
part and utilizes many concepts that are relatively more advanced. Instead of
explaining these concepts as a digression, we have included them in a sepa-
rate chapter. Following Chapter 3, there are two chapters on WLANs:Chapter
4, on descriptions of the physical layer (PHY) standards, and Chapter 5, an
account of the medium access control (MAC) layer standards. The material
presented in these chapters is organized in a convenient sequence. Also, the
chapter on components of a WLAN (Chapter 3) is kept in view while organ-
izing Chapters 4 and 5. In a way,WLANs are for low-level mobility (link-level).
The next step in mobility would be the wide area mobility for wireless data
terminals. The next three chapters and Chapter 10 cover this topic.
In Chapter 6 we discuss the two main Internet protocols that bear the
responsibility of wide area mobility provision, the mobile IP and the session
initiation protocol (SIP).Mobile IP provides what is called macromobility and
SIP provides signaling mechanisms for macromobility on a higher protocol
xxvi PREFACE
TEAM LinGlevel, so that the mobile user does not lose established associations while on
the move. Together, mobile IP and SIP provide the IETF ‘open’ architecture
for the next generation of cellular networks, discussed in the next two chap-
ters, that is, Chapter 7 and Chapter 8. Chapter 7 is on the cdma2000 network,
that is, the 3G evolution from the North American systems based on CDMA.
The cdma2000 is now developed under the partnership project 3GPP2 and has
Release D as the latest one. The chapter focuses on the packet data part of
the network. Chapter 8 does the same for W-CDMA, which is an evolution
from the European Union’s TDMA+FDMA network, that is, the GSM
network.W-CDMA is now developed as part of another partnership project,
3GPP. In this chapter, we also take the opportunity to bring to light the open
service access (OSA) capability and Internet multimedia service (IMS) that
are the service development environments for the open service architectures.
The wide area coverage continues in Chapter 10, with a discussion on routing
in an ad hoc network. However, after discussing WLANs and cellular net-
works, we have a look at the security issues in wireless data networks, that is
Chapter 9.
The topic of security is heavily influenced by political and trade issues and
lacks in enforcement in real life. Perhaps due to the dependence of security
technology on trade relations it could not really be a regular part of network
architectures.However, the scenario is changing rapidly and the latest encryp-
tion standard of the wireless data in the United States (Advanced Encryption
System) is actually not designed within the United States. Since it is our view
that security was just as complex as the network architecture, if not more, the
chapter is a little longer than other chapters.We discuss various concepts relat-
ing to wireless data security, from the very basic to what is going on most
recently. In terms of the security protocols and architecture standards, we
discuss mainly the WLANs, as that is where most vulnerability lies.After dis-
cussing security, we continue further network architectures in Chapters 10, 11,
and 12.
In Chapter 10 we discuss routing in local area networks.The routing is made
complex when there is no infrastructure. Consequently, most of the chapter is
on mobile ad hoc networks (MANETs). Due to the numerous idiosyncratic
characteristics of such networks, there are a large number of routing proto-
cols proposed. Instead of making the chapter a comparative study of these
mechanisms, we take a good look of one mechanism (Dynamic Source
Routing), as proposed in a recent Internet-draft, and switch to a serious issue
of deciding how to compare routes in order to prioritize them. In this discus-
sion, we go a little higher in level and bring forward an analysis framework
that can be developed and worked out to compare and optimize routing pro-
tocols for MANETs.More research is needed in this framework, and it is being
carried out. Chapter 11 presents a discussion on low area coverage wireless
networks, called wireless personal area networks (PAN)s. Even though it may
be the Bluetooth standards that brought the word out about PANs, we stick
to IEEE standards recommendations on it. In fact, IEEE 802.15.1, which is
PREFACE xxvii
TEAM LinGBluetooth v1.1 adopted as such (along with some new interface definitions),
is an admission of the fact that Bluetooth has established its recognition,
beyond doubt.The Working Group IEEE 802.15, however, did not stop at that,
and covered a range of PANs for high-data rates (IEEE 802.15.3 and IEEE
802.15.3a) and low rates (IEEE 802.15.4). These are discussed in this chapter.
The ultrawide band (UWB), to be standardized as IEEE 802.15.3a, has a lot
more than meets the eye at this time.Research and developments in this band
(or set of bands) has to continue for many years before we can truly utilize
the bandwidth and properties at this small wavelength and power.
Chapter 12, the last chapter, is on wireless broadband access (WBA). It is
our view that actual growth of technology in this area lags behind the possi-
bilities and potential applications.With the WiMAX initiative, however, this
might change. The IEEE standards 802.16 and 802.16a, discussed in this
chapter, could very well be responsible for future developments. The chapter
also includes a few words about a current IEEE initiative about mobile broad-
band Internet access.The Working Group IEEE 802.20 is considering this ini-
tiative and hopes to have a standard in near future.
The book can be used by developers, IT managers in wireless data networks,
professors for a graduate level or senior undergraduate level course on wire-
less data networks, and for professional training.The author does not propose
various routes for a single-semester course, as the link among various chap-
ters can be easily identified. Every group of users can develop their own
course.The overall presentation is short enough to be used within one semes-
ter with appropriate adjustments in coverage. I hope that you find the book
useful in enhancing the understanding of wireless data networks. If you are a
developer, then it is my advice that you use specifications for actual develop-
ment, and not this book. In order to assist instructors in textbook adoption for
academic and professional training, slides of chapters and quizzes will be made
available at the following FTP site: ftp://ftp.wiley.com/public/sci_tech_med/
wireless_networks/.
Af
1. WIRELESS DATA—INTRODUCTION 1
1.1. Wireless Voice / 2
1.1.1. Fixed Minimum Bandwidth / 2
1.1.2. Vague Definition of Service Quality / 3
1.1.3. Delay Requirements / 4
1.2. Wireless Local Area Networks (WLANs) / 5
1.2.1. Ad Hoc WLAN / 5
1.2.2. Infrastructure WLAN / 6
1.3. Wide Area Cellular Networks / 7
1.4. Fixed Wireless Networks / 8
1.5. Personal Area Networks / 10
1.6. Satellite-Based Data Networks / 10
1.7. Mobile IP / 12
1.8. The Wireless Spectrum / 13
1.8.1. Licensed and License-Free Bands / 14
1.8.2. Low-Power Wireless Data Systems / 14
1.8.3. Ultra-Wide Band (UWB) / 14
1.8.4. The ISM Band /
。。。。。。。。
2. REFERENCE ARCHITECTURES FOR WIRELESS DATA
NETWORKS 23
2.1. BluetoothTM /24
2.1.1. Bluetooth Radio / 25
2.1.2. Baseband Layer / 26
2.1.3. Link Management Protocol (LMP) / 26
2.1.4. Logical Link Control and Adaptation Protocol Layer
(L2CAP) / 26
2.1.5. Bluetooth Profiles / 26
2.1.5.1. Generic Access Profile (GAP) / 26
2.1.5.2. Service Discovery Application Profile
(SDAP) / 27
2.2. IEEE 802.11 / 27
2.2.1. Physical Layer (PHY) / 29
2.2.1.1. Physical Medium Dependent (PMD)
Sublayer / 29
2.2.1.2. Physical Layer Convergence Protocol
(PLCP) / 29
2.2.2. Medium Access Control (MAC) Sublayer / 30
2.2.2.1. Contention Windows / 30
2.2.3. Layer and Station Management Planes / 31
2.3. HIPERLAN/2 / 32
2.3.1. Physical Layer / 32
2.3.1.1. Link Adaptation / 33
2.3.2. Data Link Control Layer / 33
2.3.2.1. MAC / 33
2.3.2.2. Radio Link Control (RLC) / 33
2.3.2.3. Dynamic Frequency Selection (DFS) / 33
2.3.2.4. Error Control (EC) / 34
2.3.3. Convergence Layer (CL) / 34
2.4. Broadband Wireless Access Networks / 35
2.4.1. The User Plane / 36
。。。。。。。

3. COMPONENTS OF A WIRELESS LAN 47
3.1. Local Area Networks (LANs) / 48
3.1.1. LAN Interconnection (Topology) / 49
3.1.2. Addressing Mechanisms / 50
3.1.3. Medium Specification / 50
3.1.4. Physical Layer Mechanisms / 51
3.1.5. Data Link Control Layer / 51
3.1.6. Traffic Differentiation / 51
3.1.7. WAN/LAN Connection / 51
3.2. Wireless LAN Components / 52
3.2.1. Physical Layer Components / 52
3.2.1.1. Station Types / 52
3.2.1.2. Channel Media / 53
3.2.1.3. Physical Link / 53
3.2.1.4. Signal Conditioning / 53
3.2.1.5. Interference-Reduction Mechanisms / 54
3.2.1.6. Modulation of Signals / 56
3.2.1.7. Data Transmission / 56
3.2.1.8. Convergence Procedures / 56
3.2.1.9. Rate Selection Capability / 56
3.2.1.10. Synchronization, Flow and Error-Control
Capabilities / 57
3.2.1.11. Physical Layer Management / 5
。。。。。。。

4. WLANs: THE PHYSICAL LAYER 67
4.1. IEEE 802.11 Standards Suite / 68
4.1.1. Station Types / 68
4.1.2. Channel Media / 69
4.1.3. Physical Links / 69
4.1.4. Signal Conditioning / 70
4.1.5. IEEE 802.11g PHY / 70
4.2. Interference Rejection Using Barker Sequence, OFDM and
CCK / 72
4.2.1. 11-Bit Barker Sequence / 73
4.2.2. Orthogonal Frequency Division Multiplexing
(OFDM) / 75
4.2.3. Complementary Code Keying (CCK) / 76
4.2.4. PHY Data Transmission / 77
4.2.4.1. PLCP Frame Format for 802.11 Series / 78
4.2.4.2. Meanings of Frame Fields / 78
4.3. HIPERLAN PHY / 79
4.3.1. Station Types / 81
4.3.2. Channel Media / 81
4.3.3. Signal Conditioning / 81
4.3.4. Modulation and Coding / 81
。。。。。。。

5. WLANs: MEDIUM ACCESS CONTROL 85
5.1. IEEE 802.11 Medium Access Control / 86
5.1.1. Network Configurations / 86
5.1.2. Channel Access in IEEE 802.11 / 86
5.1.3. Channel Sensing / 87
5.1.4. Collision Avoidance / 88
5.1.4.1. Prioritizing IFS / 88
5.1.4.2. Random Backoff / 88
5.1.4.3. Discouraging Multiple Transmissions / 89
5.1.4.4. Binary Exponential Backoff / 89
5.1.4.5. Contention Window / 89
5.1.5. Multiple Access in IEEE 802.11 / 89
5.1.6. DCF Transmission / 91
5.1.7. PCF Transmission / 92
5.1.8. User and Data Privacy / 92
5.1.8.1. User Authentication / 92
5.1.8.2. Data Encryption / 93
5.1.9. Power Management / 94
5.1.10. Fragmentation / 95
5.1.11. Multimedia Support / 95
5.2. IEEE 802.11e factor / 95
5.2.1. Enhanced Station / 96
5.2.2. Hybrid Coordinator / 96
5.2.3. Enhanced DCF (EDCF) / 96
5.2.4. Hybrid Coordination Function (HCF) / 97
5.2.4.1. TXOP / 97
5.3. Routing and Mobility Support / 98
5.3.1. No Transition / 98
5.3.2. BSS Transition / 98
5.3.3. ESS Transition
。。。。。。

6. MOBILITY AND INTERNET PROTOCOLS 113
6.1. Mobility in Internet Applications / 114
6.1.1. Reconnectivity / 114
6.1.2. Portability / 114
6.1.3. Micromobility / 115
6.2. Internet Protocols for Mobility / 117
6.3. Session Initiation Protocol (SIP) / 117
6.3.1. SIP versus H.323 and HTTP / 117
6.3.2. SIP Provisions / 118
6.3.3. SIP Request Types / 118
6.3.4. SIP Response Types / 120
6.3.5. SIP Operation / 120
6.3.6. SIP and Cellular Networks / 121
6.3.7. SIP and 3GPP, 3GPP2 / 123
xii CONTENTS
TEAM LinG6.4. Mobile IP / 123
6.4.1. Mobile IP Components / 124
6.4.1.1. Mobile Host (MH) / 124
6.4.1.2. Home Address / 124
6.4.1.3. Correspondent Host (CH) / 124
6.4.1.4. Mobile Home Agent (HA) / 124
6.4.1.5. Mobile Foreign Agent (FA) / 124
6.4.1.6. Mobility Agent (MA) / 124
6.4.1.7. Mobility Detection / 124
6.4.2. Agent Discovery / 125
6.4.3. Registration / 125
6.4.4. De-registration / 125
6.4.5. Care-of Address (CoA)
。。。。。。。。
7. DATA COMMUNICATIONS IN CELLULAR NETWORKS:
CDMA2000 145
7.1. Business Wireless Data Networks / 146
7.1.1. Cellular Digital Packet Data (CDPD) Network / 147
7.1.2. ARDIS / 147
7.1.3. RAM Data Networks / 147
7.2. Cellular Data Networks / 148
7.2.1. Cooperation Explosion / 148
7.2.2. 3G Air Interfaces / 149
7.2.3. UMTS Terrestrial Radio Access (UTRA) / 151
7.3. Release D for cdma2000 Based Access / 151
7.3.1. Fast Call Setup (FCS) / 152
7.3.2. Mobile Equipment Identifier (MEID) / 152
7.3.3. Broadcast and Multicast Services (BCMCS) / 153
7.4. cdma2000 Standard / 153
7.4.1. CDMA Timescale / 155
7.4.2. Physical Layer (PHY) / 155
7.4.2.1. Radio Configuration (RC) / 155
7.4.2.2. Access Channel / 155
7.4.2.3. Reverse Packet Data Channel (R-PDCH)—
10ms (19.2kbps–1.84Mbps) / 155
7.4.2.4. Transmission / 158
7.4.2.5. Forwards Packet Data Channel / 160
7.5. cdma2000 Medium Access Control / 160
7.5.1. Mux and QoS (MaQ) Su
。。。。。。。
8. DATA COMMUNICATIONS IN CELLULAR NETWORKS:
W-CDMA 173
8.1. Components of the UMTS Network / 174
8.2. UMTS Network Domains / 175
CONTENTS xv
TEAM LinG8.2.1. UE Domain / 176
8.2.2. Infrastructure Domain / 176
8.3. Strata / 177
8.4. Radio Access Network (RAN) / 177
8.4.1. Transport and Logical Channels / 178
8.4.2. Physical Layer (PHY) / 178
8.5. UMTS Services / 179
8.6. Improvements Over Release 99 / 179
8.7. IMS System Concepts / 185
8.7.1. Internet Multimedia Core Network (IM-CN) / 186
8.7.2. IP Connectivity Access Ne
。。。。。。。。

machinecat-007

kankan

happytudou

先下载来看看。多谢

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thanks

shichin99

好書,感謝大大

sibing

不错，多谢多谢

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