移动通信(第二版)(英文影印版)

.2.1 frequencies for radio transmission
2.1.1 regulations
2.2 signals
2.3 antennas
2.4 signal propagation
2.4.1 path loss of radio signals
2.4.2 additional signal propagation effects
2.4.3 multi-path propagation
2.5 multiplexing
2.5.1 space division multiplexing
2.5.2 frequency division multiplexing
2.5.3 time division multiplexing
2.5.4 code division multiplexing
2.6 modulation
2.6.1 amplitude shift keying
2.6.2 frequency shift keying
2.6.3 phase shift keying
2.6.4 advanced frequency shift keying
2.6.5 advanced phase shift keying
2.6.6 multi-carrier modulation
2.7 spread spectrum
2.7.1 direct sequence spread spectrum
2.7.2 frequency hopping spread spectrum
2.8 cellular systems
2.9 summary
2.10 review exercises
2.11 references
3 medium access control
3.1 motivation for a specialized mac
3.1.1 hidden and exposed terminals
3.1.2 near and far terminals
3.2 sdma
3.3 fdma
3.4 tdma
3.4.1 fixed tdm
3.4.2 classical aloha
3.4.3 slotted aloha
3.4.4 carrier sense multiple access
3.4.5 demand assigned multiple access
3.4.6 prma packet reservation multiple access
3.4.7 reservation tdma
3.4.8 multiple access with collision avoidance
3.4.9 polling
3.4.10 inhibit sense multiple access
3.5 cdma
3.5.1 spread aloha multiple access
3.6 comparison of s/t/f/cdma
3.7 review exercises
3.8 references
4 telecommunications systems
4.1 gsm
4.1.1 mobile services
4.1.2 system architecture
4.1.3 radio interface
4.1.4 protocols
4.1.5 localization and calling
4.1.6 handover
4.1.7 security
4.1.8 new data services
4.2 dect
4.2.1 system architecture
4.2.2 protocol architecture
4.3 tetra
4.4 umts and imt-2000
4.4.1 umts releases and standardization
4.4.2 umts system architecture
4.4.3 umts radio interface
4.4.4 utran
4.4.5 core network
4.4.6 handover
4.5 summary
4.6 review exercises
4.7 references
5 satellite systems
5.1 history
5.2 applications
5.3 basics
5.3.1 geo
5.3.2 leo
5.3.3 meo
5.4 routing
5.5 localization
5.6 handover
5.7 examples
5.8 summary
5.9 review exercises
5.10 references
6 broadcast systems
6.1 overview..
6.2 cyclical repetition of data
6.3 digital audio broadcasting
6.3.1 multi-media object transfer protocol
6.4 digital video broadcasting
6.4.1 dvb data broadcasting
6.4.2 dvb for high-speed internet access
6.5 convergence of broadcasting and mobile communications
6.6 summary
6.7 review exercises
6.8 references
7 wireless lan
7.1 infra red vs radio transmission
7.2 infrastructure and ad-hoc network
7.3 ieee 802.11
7.3.1 system architecture
7.3.2 protocol architecture
7.3.3 physical layer
7.3.4 medium access control layer
7.3.5 mac management
7.3.6 802.11b
7.3.7 802.11a
7.3.8 newer developments
7.4 hiperlan
7.4.1 historical: hiperlan 1
7.4.2 watm
7.4.3 bran
7.4.4 hiperlan2
7.5 bluetooth
7.5.1 user scenarios
7.5.2 architecture
7.5.3 radio layer
7.5.4 baseband layer
7.5.5 link manager protocol
7.5.6 l2cap
7.5.7 security
7.5.8 sdp
7.5.9 profiles
7.5.10 ieee 802.15
7.6 summary
7.7 review exercises
7.8 references
8 mobile network layer
8.1 mobile ip
8.1.1 goals, assumptions and requirements
8.1.2 entities and terminology
8.1.3 ip packet delivery
8.1.4 agent discovery
8.1.5 registration
8.1.6 tunneling and encapsulation
8.1.7 optimizations
8.1.8 reverse tunneling
8.1.9 ipv6
8.1.10 ip micro-mobility support
8.2 dynamic host configuration protocol
8.3 mobile ad-hoc networks
8.3.1 routing
8.3.2 destination sequence distance vector
8.3.3 dynamic source routing
8.3.4 alternative metrics
8.3.5 overview ad-hoc routing protocols
8.4 summary
8.5 review exercises
8.6 references
9 mobile transport layer
9.1 traditional tcp
9.1.1 congestion control
9.1.2 slow start
9.1.3 fast retransmit/fast recovery
9.1.4 implications on mobility
9.2 classical tcp improvements
9.2.1 indirect tcp
9.2.2 snooping tcp
9.2.3 mobile tcp
9.2.4 fast retransmit/fast recovery
9.2.5 transmission/time-out freezing
9.2.6 selective retransmission
9.2.7 transaction-oriented tcp
9.3 tcp over 2.5/3g wireless networks
9.4 performance enhancing proxies
9.5 summary
9.6 review exercise
9.7 references
10 support for mobility
10.1 file systems
10.1.1 consistency
10.1.2 coda
10.1.3 little work
10.1.4 ficus
10.1.5 mlo-nfs
10.1.6 rover
10.2 world wide web
10.2.1 hypertext transfer protocol
10.2.2 hypertext markup language
10.2.3 some approaches that might help wireless access
10.2.4 system architecture
10.3 wireless application protocol (version 1.x)
10.3.1 architecture
10.3.2 wireless datagram protocol
10.3.3 wireless transport layer security
10.3.4 wireless transaction protocol
10.3.5 wireless session protocol
10.3.6 wireless application environment
10.3.7 wireless markup language
10.3.8 wmlscript
10.3.9 wireless telephony application
10.3.10 push architecture
10.3.11 push/pull services
10.3.12 example stacks with wap 1.x
10.4 i-mode
10.5 syncml
10.6 wap 2.0
10.7 summary
10.8 review exercises
10.9 references
11 outlook
11.1 the architecture of future networks
11.2 references
appendix 1 acronyms
appendix 2 glossary
index...