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Mobile Communications
Page 1: Second Edition JOCHEN SCHILLER
Page 5 and 6: PEARSON EDUCATION LIMITED Edinburgh
Page 8 and 9: Contents About the author xiv Prefa
Page 10 and 11: 3.6 Comparison of S/T/F/CDMA 89 3.7
Page 12 and 13: 7.5.3 Radio layer 276 7.5.4 Baseban
Page 14 and 15: 10.3.9 Wireless telephony applicati
Page 16 and 17: Preface Welcome to the second editi
Page 18 and 19: successful public mobile phone syst
Page 20: Acknowledgements First of all, I wa
Page 23 and 24: 2 Mobile communications With regard
Page 25 and 26: 4 Figure 1.1 A typical application
Page 27 and 28: 6 Mobile communications Many resear
Page 29 and 30: 8 Mobile communications where it ma
Page 31 and 32: 10 Mobile communications character
Page 33 and 34: 12 Mobile communications up to 1.2
Page 35 and 36: 14 Figure 1.3 Overview of some wire
Page 37 and 38: 16 Figure 1.4 Mobile phone service
Page 39 and 40: 18 Figure 1.6 Simple network and re
Page 41 and 42: 20 Figure 1.7 Overview of the book
Page 43 and 44: 22 Mobile communications Chapter 9
Page 45 and 46: 24 Mobile communications Keshav, S.
Page 47 and 48: 26 Figure 2.1 Frequency spectrum Mo
Page 49 and 50: 28 Table 2.1 Example systems and th
Page 51 and 52: 30 Mobile communications also promo
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32 Figure 2.3 Frequency domain repr
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34 Figure 2.8 Radiation pattern of
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36 Mobile communications ● Transm
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38 Figure 2.12 Blocking (shadowing)
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40 Figure 2.15 Short-term and long-
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42 Figure 2.16 Space division multi
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44 Figure 2.18 Time division multip
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46 Figure 2.20 Code division multip
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48 Figure 2.21 Modulation in a tran
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50 Figure 2.26 Minimum shift keying
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52 Figure 2.29 16 quadrature amplit
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54 Figure 2.32 Spread spectrum: spr
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56 Figure 2.34 Spread spectrum to a
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58 Figure 2.37 DSSS receiver Mobile
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60 Mobile communications In slow ho
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62 Figure 2.41 Cellular system with
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64 Figure 2.43 Cell breathing depen
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66 Mobile communications 4 What are
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Medium access control 3 This chapte
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GPRS 03.01.2001 03:31 1 > 2 Menu >
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know the frequencies in advance; th
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417 µs 1 2 3 Downlink Medium acces
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Medium access control 77 Several ve
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N mini-slots N * k data-slots e.g.
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GPRS 03.01.2001 03:31 1 > 2 Menu 1
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Medium access control 83 lation 2 a
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Medium access control 85 data A 1 0
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A s + B s wrong key K (A s + B s )
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3.6 Comparison of S/T/F/CDMA Medium
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3.7 Review exercises Medium access
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Telecommunication systems 4 Digital
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FDMA TDMA CDMA CT0/1 AMPS NMT CT2 I
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Telecommunication systems 97 dards.
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Telecommunication systems 99 transm
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RSS NSS OSS A bis A VLR EIR U m MS
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Function BTS BSC Management of radi
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Telecommunication systems 105 ● A
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Telecommunication systems 107 one o
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TTTTTTTTTTTTSTTTTTTTTTTTTx TTTTTTTT
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Telecommunication systems 111 out c
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Telecommunication systems 113 Addit
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calling station 1 PSTN PSTN 2 6 7 3
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happen the other way round if the M
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MS measurement report HO command re
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AC MSC 128 bit mobile network SIM K
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Telecommunication systems 123 more
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Coding scheme Telecommunication sys
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Telecommunication systems 127 SDU s
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Telecommunication systems 129 MS BS
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Telecommunication systems 131 12 sl
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slot 0 419 sync 0 31 A: network con
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Telecommunication systems 135 inter
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Telecommunication systems 137 trum
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Telecommunication systems 139 netwo
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Telecommunication systems 141 Figur
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USIM Domain Mobile Equipment Domain
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X SF=n X,X X,-X SF=2n 1 SF=1 1,1 1,
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User data rate [kbit/s] 12.2 64 144
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Telecommunication systems 149 UTRA
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Telecommunication systems 151 or bo
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Circuit switched Packet switched UE
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UE Telecommunication systems 155 No
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Telecommunication systems 157 digit
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Telecommunication systems 159 9 Wha
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Telecommunication systems 161 DECT
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Telecommunication systems 163 Tripa
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166 Mobile communications broadcast
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168 Figure 5.1 Typical satellite sy
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170 Figure 5.2 Dependency of satell
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172 Figure 5.5 Signal attenuation d
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174 Mobile communications 5.3.2 LEO
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176 Mobile communications 5.5 Local
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178 Table 5.1 Example MEO and LEO s
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180 Mobile communications networks
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Although this book mostly deals wit
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Service provider Sender Undirection
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magnitude lower compared to traditi
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Audio services Data services Audio
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● Header core: This seven byte fi
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Satellites Multipoint distribution
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Satellite receiver DVB-S adapter Se
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Broadcast systems 197 user’s inte
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Broadcast systems 199 MOTIVATE (200
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202 Mobile communications ● Cost:
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204 Mobile communications ● Trans
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206 Figure 7.1 Example of three inf
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208 Figure 7.3 Architecture of an i
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210 Figure 7.5 IEEE 802.11 protocol
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212 Figure 7.7 Format of an IEEE 80
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214 Mobile communications 7.3.3.3 I
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216 Mobile communications If the me
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218 Figure 7.12 IEEE 802.11 unicast
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220 Figure 7.14 IEEE 802.11 fragmen
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222 Mobile communications The trans
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224 Mobile communications Every sta
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226 Figure 7.18 Beacon transmission
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228 Figure 7.20 Power management in
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230 Mobile communications One probl
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232 Figure 7.22 IEEE 802.11b PHY pa
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234 Mobile communications 7.3.7 802
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236 Figure 7.25 Operating channels
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238 Mobile communications 7.3.8 New
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240 Mobile communications 7.4.1 His
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242 Mobile communications priority
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244 Table 7.4 Mapping of the normal
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246 Mobile communications certain f
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248 Mobile communications Mobility
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250 Mobile communications ● Data
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252 Mobile communications 7.4.2.7 M
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254 Mobile communications presented
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256 Figure 7.30 Layered model of BR
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258 Figure 7.31 HiperLAN2 basic str
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260 Figure 7.32 HiperLAN2 centraliz
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262 Figure 7.34 HiperLAN2 physical
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264 Mobile communications An option
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266 Figure 7.38 Mapping of logical
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268 Mobile communications ● DLC u
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270 Mobile communications communica
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272 Figure 7.41 Simple Bluetooth pi
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274 Figure 7.43 Bluetooth scatterne
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276 Mobile communications Many prot
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278 Table 7.6 Bluetooth baseband da
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280 Figure 7.48 ACL payload types M
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282 Mobile communications ACL links
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284 Mobile communications If the in
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286 Figure 7.52 Logical channels be
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288 Figure 7.54 Bluetooth security
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290 Figure 7.55 Bluetooth profiles
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292 Mobile communications coexisten
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294 Mobile communications For Hiper
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296 Mobile communications (environm
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298 Mobile communications 11 What d
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300 Mobile communications ETSI (200
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Mobile network layer 8 This chapter
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Mobile network layer 305 One could
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Mobile network layer 307 think of c
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Mobile network layer 309 ● Finall
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0 type 7 #addresses 8 15 16 23 code
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MN Registration t request Registrat
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Mobile network layer 315 The lifeti
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ver. IHL DS (TOS) TTL IP identifica
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C reserved0 ver. checksum (optional
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CN HA FA old FA new MN Data Update
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Mobile network layer 323 Obviously,
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destined for an MN by sending packe
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Disadvantages Mobile network layer
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Server (not selected) Determine the
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Mobile Router Mobile Devices Fixed
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Mobile network layer 333 This situa
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Mobile network layer 335 ● Routin
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Mobile network layer 337 Dynamic so
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Mobile network layer 339 ● If the
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Mobile network layer 341 This categ
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the cluster structure in a highly m
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However, many very interesting ques
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Mobile network layer 347 Farinacci,
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Mobile network layer 349 Soliman, H
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352 Mobile communications 9.1 Tradi
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354 Mobile communications 9.1.4 Imp
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356 Figure 9.2 Socket and state mig
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358 Figure 9.3 Snooping TCP as a tr
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360 Mobile communications However,
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362 Mobile communications ● Since
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364 Figure 9.4 Example TCP connecti
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366 Mobile communications Table 9.1
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368 Mobile communications ● Selec
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370 Mobile communications RFC 3155
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372 Mobile communications 9 Assume
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Support for mobility 10 Transferrin
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Support for mobility 377 10.1.1 Con
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Support for mobility 379 replicate
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10.1.5 MIo-NFS The system mobile in
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FU-Berlin: Institut für Inform
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Support for mobility 385 the beginn
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Support for mobility 387 ● Image
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Mobile client Browser Integrated en
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Web server Mobile client Mobile cli
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All solutions must be: Support for
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Support for mobility 395 scripting
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Support for mobility 397 If a highe
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SEC-Unitdata.req (SA, SP, DA, DP, U
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initiator TR-SAP TR-Invoke.req (SA,
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initiator TR-SAP TR-Invoke.req (SA,
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Support for mobility 405 ● Capabi
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S-Suspend.req S-Suspend.ind (R) S-R
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S-MethodInvoke.req S-MethodInvoke.c
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client S-SAP S-ConfirmedPush.ind PD
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Origin servers Web server Other con
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● Navigation: As with HTML browse
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● Extensions to the device softwa
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Support for mobility 419 10.3.9 Wir
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The same example for making a call
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WTA-User-Agent Display deck; user s
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the WTAI error code. Predefined err
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Client User Agents Push OTA Protoco
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A push message may comprise additio
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mobile terminal cHTML + tags HTTP(S
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Functions Status Requirement Web ac
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Support for mobility 435 WML as wel
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identification. In general, public
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Support for mobility 439 bution, an
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17 Why does WSP/B not put responses
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Support for mobility 443 Heidemann,
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Support for mobility 445 UDDI (2002
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Support for mobility 447 WAP Forum
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450 Figure 11.1 Wireless overlay ne
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452 Figure 11.3 Example IP-based fo
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Appendix 1 - Acronyms 3GPP Third Ge
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Appendix 1 - Acronyms 457 CC Countr
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Appendix 1 - Acronyms 459 DT-HCPDU
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HDML Handheld Device Markup Languag
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Appendix 1 - Acronyms 463 LS Locati
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PCH Paging Channel PCM Pulse Code M
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SAMA Spread Aloha Multiple Access S
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TTL Time To Live TV TeleVision U-NI
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Appendix 2 - Glossary ● Ad-hoc ne
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Appendix 2 - Glossary 473 ● Inter
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Appendix 2 - Glossary 475 ● Uplin
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478 Index backoff timer 216 Baird,
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480 Index decision unit 58 DECT see
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482 Index frequency domain 32 frequ
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484 Index IMT-SC 140 IMT-TC 139 ind
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486 Index multi-media message servi
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488 Index random access channel (RA
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490 Index TLLI (temporary logical l
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492 Index wireless world research f
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