Satellite Networking (eBook)

Principles and Protocols

Zhili Sun (Autor)

eBook Download: EPUB | PDF

2014 | 2. Auflage
John Wiley & Sons (Verlag)
978-1-118-85676-5 (ISBN)

Infos

This book provides up to date coverage of the basics of ATM and internet protocols, and characteristics of satellite networks and internetworking between satellite and terrestrial networks

Satellite Networking: Principles and Protocols, Second Edition provides up to date information of the original topics in satellite networking and protocols focusing on Internet Protocols (IP) over satellites, broadband over satellites, next generation IP (IPv6) over satellites, new generation of DVB-S/S2 and DVB-RCS next generations and  new services and applications. It also includes some analytical techniques for evaluation of end to end IP performance and QoS over satellite, reflecting the recent convergence of telecommunication, Internet, broadcasting and mobile networks.

Topics new to this edition: Internetworking with MANET, DVB-S/S2 and DVB-RCS/RCS2 (including TCP/IP over DVB-S/RCS), recent developments in broadband satellite systems, convergence of services and network technologies (including Internet, telecom, mobile, TV, etc.), radio resource management, PEP, I-PEP, SCPS, traffic modelling and engineering with analysis and examples, and  future developments of satellite networking.

•  Provides up to date coverage of the basics of ATM and internet protocols, and characteristics of satellite networks and internetworking between satellite and terrestrial networks (e.g. mobile ad hoc networks), including coverage of new services and applications (e.g. Internet, telecom, mobile and TV)
• Discusses the real-time protocols including RTP, RTCP and SIP for real-time applications such as VoIP and MMC, and explains TCP/IP over satellite and evolution of IPv6 over satellite and beyond

Professor Zhili Sun, University of Surrey, UK
Dr Zhili Sun is a Reader in Communications at the Centre for Communication Systems Research (CCSR) at the University of Surrey, UK.
He has more than 12 years experience of working in the field since completing his Ph.D. and teaches MSc students modules on satellite communications and data and internet networking as well as industrial short courses e.g. at INT, France.

Textauszug

List of Figures

1. 1.1 Typical applications and services of satellite networking
2. 1.2 Functional relationships of user terminal, terrestrial network and satellite network
3. 1.3 Typical topologies of networks: star, hierarchy and mesh
4. 1.4 Circuit switching networks
5. 1.5 Concept of multiplexing in the frequency domain
6. 1.6 Analogue transmission multiplexing hierarchy
7. 1.7 Concept of multiplexing in the time domain
8. 1.8 Digital transmission hierarchies
9. 1.9 Space switching concept
10. 1.10 Time switching concept
11. 1.11 Virtual channel switching concept
12. 1.12 Datagram routing concept
13. 1.13 Packet error probabilities for given bit error probabilities and packet sizes
14. 1.14 OSI/ISO seven-layer reference model
15. 1.15 B-ISDN ATM reference model
16. 1.16 The Internet reference model
17. 1.17 Illustration of the space segment and ground segment
18. 1.18 Satellite orbits
19. 1.19 Attenuations of different frequency bands due to rain (A), fog (B) and gas (C)
20. 1.20 Capacity boundary of communication channel
21. 1.21 Shannon bandwidth efficiency for large
22. 1.22 Using routers to internetwork with heterogeneous terrestrial networks
23. 1.23 Mapping of user-centric QoS requirements into network performance
24. 1.24 Model for user-centric QoS categories
25. 1.25 The four viewpoints of QoS
26. 1.26 User- and network-centric views of QoS and NP concepts
27. 1.27 Functional blocks of the transmission system
28. 1.28 Randomizer/de-randomizer schematic diagram
29. 1.29 Framing structure
30. 1.30 Conceptual diagram of the convolutional interleaver and de-interleaver
31. 1.31 QPSK constellation
32. 1.32 Functional block diagram of the DVB-S2 system
33. 1.33 Functional block diagram of the DVB-SH transmitter (Either TDM or OFDM configurations)
34. 1.34 Slot pilot insertion
35. 1.35 Physical layer (PL) scrambling
36. 1.36 Mapping of the SH frame on OFDM
37. 1.37 Satellite in the global information infrastructure
38. 2.1 Vector from earth to satellite
39. 2.2 Orbit with major axis of orbit (AB) and semi-major axis of orbit (AO)
40. 2.3 Inclination of orbit i
41. 2.4 Equatorial, incline and polar orbits
42. 2.5 Right ascension of the node and argument of perigee
43. 2.6 Footprints of geosynchronous satellites
44. 2.7 Typical high elliptical orbit
45. 2.8 Footprint of a LEO satellite
46. 2.9 Relationship between altitude and coverage
47. 2.10 Antenna radiation pattern
48. 2.11 Relation between elevation angle and altitude
49. 2.12 Distance between earth station and satellite
50. 2.13 Carrier waves, modulating signals and modulated signals
51. 2.14 Signal-space diagram for coherent BPSK
52. 2.15 Signal-space diagram for coherent QPSK
53. 2.16 Noise performance of modulation schemes
54. 2.17 Block diagram of physical layer functions of satellite networks
55. 2.18 Forward error correction (FEC) coding
56. 2.19 Block diagram of turbo encoder
57. 2.20 Block diagram of turbo decoder
58. 2.21 Comparison of FEC codes
59. 2.22 Multiple access techniques: FDMA, TDMA and CDMA
60. 2.23 Comparison between the concepts of multiplexing and multiple access
61. 2.24 A typical example of satellite TDMA scheme
62. 2.25 Single hop topology with satellite at the centre
63. 2.26 Multiple hops topology with hub at the centre
64. 2.27 Satellite networks with inter-satellite links
65. 2.28 Concepts of inter-satellite beam and intra-satellite beam handovers
66. 2.29 Satellite constellations of earth fixed coverage and satellite fixed coverage
67. 2.30 Satellite network availability model
68. 3.1 ATM cell
69. 3.2 Functions of the ATM protocol stack
70. 3.3 Trade-off between delay and cell payload efficiency
71. 3.4 Delay due to packetisation and queuing
72. 3.5 The ATM cell header format at the UNI and NNI
73. 3.6 Connection/routing table in ATM switch
74. 3.7 Concept of VP and VC in the physical layer
75. 3.8 Example of VP switching
76. 3.9 Example of VC and VP switching
77. 3.10 Service classes and their attributes
78. 3.11 AAL 1 packet format for Class A
79. 3.12 Illustration of the adaptive clock method
80. 3.13 AAL 2 packet format for Class B
81. 3.14 AAL 3/4 packet format for Classes C and D
82. 3.15 AAL 5 format for Internet protocol
83. 3.16 The ITU-T target solution for ATM cell transmission
84. 3.17 SDH STM-1 frame
85. 3.18 B-ISDN reference configuration
86. 3.19 ATM interfaces network node interconnections
87. 3.20 ATM address format
88. 3.21 Generic cell rate (GCRA) algorithm
89. 3.22 Leaky bucket algorithm (LBA)
90. 3.23 An illustration of smooth traffic coming to the leaky bucket – GCRA(1.5, 0.5)
91. 3.24 Illustration of burst traffic coming to the leaky bucket— GCRA(4.5, 7)
92. 3.25 Virtual scheduling algorithm (VSA)
93. 3.26 Internet packets over routers and sub-networks
94. 3.27 IP packet header format
95. 3.28 IP address formats
96. 3.29 Special IP addresses
97. 3.30 The TCP segment header
98. 3.31 Congestion control and avoidance
99. 3.32 The UDP datagram header format
100. 3.33 Protocol stacks for LAN emulation and classical IP over ATM
101. 4.1 Basic configuration of access and transit networks
102. 4.2 Relationships between user, signalling and management functions
103. 4.3 Example of network connections and interfaces
104. 4.4 Analogue network in-band signalling and out-of-band signalling
105. 4.5 Digital network in-band signalling and out-of-band signalling
106. 4.6 Associated and separate signalling
107. 4.7 Layers of management functions in network operation systems (NOS)
108. 4.8 Illustration of on-board circuit switching
109. 4.9 Example of traffic multiplexing and capacity requirement for satellite links
110. 4.10 Illustration of the concept of plesiochronous digital hierarchy (PDH)
111. 4.11 Multiplexing and de-multiplexing to insert a network node in PDH network
112. 4.12 Add and drop function to insert a network node in SDH network
113. 4.13 STM-1 frame of the SDH network
114. 4.14 Mapping from PDH to SDH
115. 4.15 Section overhead (SOH) of the STM-1 frame
116. 4.16 Hypothetical reference digital path (HRDP)
117. 4.17 HRDP in ITU-T HRX at 64 kbit/s
118. 4.18 Hybrid MANET– satellite network concept
119. 4.19 Hybrid MANET– satellite network challenge: selecting satellite access points
120. 4.20 Hybrid MANET– satellite challenge: satellite as relay between two MANETs
121. 4.21 Satellite and MANET network: resource management— automatic access point activation to increase throughput
122. 5.1 Example of user access mode via satellite ATM network
123. 5.2 Example of network transit mode via a satellite ATM network
124. 5.3 Ground segment modules
125. 5.4 TDMA frame format (earth station to satellite)
126. 5.5 Satellite resource management
127. 5.6 Satellite with ATM on-board switch
128. 5.7 Multibeam satellite
129. 5.8 Layered model of performance for B-ISDN
130. 5.9 Cell delay variation parameter definitions
131. 6.1 Relationship between IP and different network technologies
132. 6.2 Satellite-centric viewpoint of global networks
133. 6.3 Mapping from earth-centric view to GEO-centric view
134. 6.4 Network-centric view of satellite networks
135. 6.5 Basic concept of encapsulation of an IP packet
136. 6.6 HDLC frame structure
137. 6.7 Frame structure of the point-to-point protocol (PPP)
138. 6.8 Format of a MAC frame
139. 6.9 Satellite-centric view of last mile connections to the Internet
140. 6.10 Satellite-centric view of first mile connections to the Internet
141. 6.11 Satellite-centric view of transit connections to the Internet
142. 6.12 Satellite-centric view of fixed satellites with earth moving
143. 6.13 The GEOCAST system as an example of star and mesh topologies
144. 6.14 RPF terrestrial example
145. 6.15 IGMP over satellite: (a) static and (b) dynamic multicast
146. 6.16 Multicast routing flooding: two approaches
147. 6.17 Secret key system
148. 6.18 Public key system for privacy (a) and authentication (b)
149. 6.19 Transport mode in IPv4
150. 6.20 Tunnelling mode (the same for both IPv4 and IPv6)
151. 6.21 Firewall consisting of two routers and one gateway
152. 6.22 Illustration of logical key...

Produkt-Details

• Erscheint lt. Verlag: 6.3.2014
• Sprache: englisch
• Themenwelt: Naturwissenschaften ► Physik / Astronomie ► Mechanik
• Themenwelt: Technik ► Elektrotechnik / Energietechnik
• Themenwelt: Technik ► Nachrichtentechnik
• Schlagworte: Book • broadcast • Communication Technology - Networks • Concepts • Coverage • Drahtlose Kommunikation • Electrical & Electronics Engineering • Elektrotechnik u. Elektronik • First • fundamental • Future • Internetworking • Kommunikationsnetze • Mobile & Wireless Communications • Networks • Orbits • performance enhancement protocol • Principles • protocols • Satellite • Satellite communications • Satellitenkommunikation • Satellites • significantly • telecommunications • Terrestrial
• ISBN-10: 1-118-85676-7 / 1118856767
• ISBN-13: 978-1-118-85676-5 / 9781118856765