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392 AIR INTERFACE SIGNALING IN CDMA NETWORKSFigure 13.1-1. Example of CDMA coding and decoding.
13.1 INTRODUCTION 391signal: a typical chipping code rate is 1.2288 Mc/s (megachips per second) whiletypical baseband user data rates are in the 9–14 kb/s range. The coding operationthus spreads the source signal across the wider bandwidth of the chipping code.The ratio between the chip rate and the baseband bit rate is called processinggain, and typical values are above 80.The key property of CDMA chipping codes is that a user signal, coded with a particularcode and transmitted by the sender, can be recovered at the receiving end bydecoding (despreading) it with the same code, even when sharing the RF band withtransmissions meant for other receivers. User signals spread by a code other than theone used for despreading produce either none or a small amount of interference. Forexample, assume that a BS is involved in three simultaneous connections and transmitsuser signals to MS1, MS2, and MS3, spread by chipping codes C1, C2, and C3,respectively. Each MS receives the sum of the three user signals, because it is tunedto the same RF band, but is able to extract its intended signal by decoding the compositesignal with its particular chipping code.Coding and decoding operations are conceptually multiplications (performed atthe rate of the chipping codes) with binary 1’s coded as –1’s and binary 0’scoded and þ1’s. In some stages of the process, multiplication may be implementedas modulo 2 addition (exclusive OR) on standard binary data (1’s and 0’s), whichyields equivalent results. The next section describes coding and decoding asmultiplication.Coding/Decoding Example. Figure 13.1-1 shows coding for transmissions fromsources (a) and (b), and decoding at the destination for (a). Sa (10100) and Sb (11001)are the source signals; Ca (0101) and Cb (0011) are the corresponding chipping codes.SPa and SPb are the spread signals, and TS is the sum of SPa and SPb (compositesignal) received at the destination for (a). At the destination, TS is decoded withCa, producing signal Da. Da is integrated (added cumulatively chip-by-chip) overeach chipping code cycle, producing signal ISa. ISa is then converted to binaryvalues, resulting in the received signal bISa, which is equal to Sa as intended.Several remarks about this example are in order:1. Signals SPa and SPb are assumed to be the same at the transmitter(s) and at thereceiver; that is, the transmitted signals are received accurately.2. Signals SPa and SPb are assumed to arrive at the destination for (a) with equalstrength. The importance of this assumption and the manner in which it is realizedin CDMA systems are discussed in the next section.3. Chipping codes are assumed to be synchronized at the sources and the destinations.The reader is invited to explore the case where Ca is applied out ofsync by even one chip between source and destination.4. For simplicity, the example uses chipping codes with a period that is 1/4 thebit period of the source, thus “spreading” the source’s (baseband) signal by afactor of four.5. The codes used have properties that prevent them from interfering with eachother. The general requirements for chipping codes are discussed below.
392 AIR INTERFACE SIGNALING IN CDMA NETWORKSFigure 13.1-1. Example of CDMA coding and decoding.
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Signaling inTelecommunicationNetwor
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Copyright # 2007 by John Wiley & So
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CONTENTSPreface to the Second Editi
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CONTENTSix8.4 Basic Error Correctio
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CONTENTSxiChapter 16 Transaction Ca
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PREFACE TO THESECOND EDITIONThe fir
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1INTRODUCTION TOTELECOMMUNICATIONST
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1.1 TELECOMMUNICATION NETWORKS 3Fig
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1.1 TELECOMMUNICATION NETWORKS 5Fig
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1.1 TELECOMMUNICATION NETWORKS 7Fig
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1.2 NUMBERING PLANS 9Local exchange
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1.2 NUMBERING PLANS 11The NANP (for
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1.3 DIGIT ANALYSIS AND ROUTING 13Fi
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1.3 DIGIT ANALYSIS AND ROUTING 15Fi
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1.4 ANALOG TRANSMISSION 17In the IC
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1.4 ANALOG TRANSMISSION 19Figure 1.
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1.4 ANALOG TRANSMISSION 21Figure 1.
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1.5 DIGITAL TRANSMISSION 23land bas
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1.5 DIGITAL TRANSMISSION 25Figure 1
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1.5 DIGITAL TRANSMISSION 27Figure 1
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1.6 SPECIAL TRANSMISSION EQUIPMENT
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1.6 SPECIAL TRANSMISSION EQUIPMENT
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1.6 SPECIAL TRANSMISSION EQUIPMENT
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1.7 EXCHANGES 35Figure 1.7-2. Local
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1.7 EXCHANGES 37Figure 1.7-4. Excha
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1.8 ACCESS NETWORKS AND LINE CONCEN
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1.10 REFERENCES 41ISDNITUITU-TLATAL
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2INTRODUCTION TO SIGNALING2.1 OVERV
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2.1 OVERVIEW 45networks and in the
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2.1 OVERVIEW 47not involved in a ca
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2.2 STANDARDS FOR SIGNALING SYSTEMS
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2.3 ACRONYMS 51. Communications Sta
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2.4 REFERENCES 537. R. B. Robrock,
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56 SUBSCRIBER SIGNALINGFigure 3.1-1
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58 SUBSCRIBER SIGNALINGFigure 3.2-1
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60 SUBSCRIBER SIGNALING3.2.5 Tones
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62 SUBSCRIBER SIGNALINGHook Status.
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64 SUBSCRIBER SIGNALINGthe low-grou
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66 SUBSCRIBER SIGNALING3.4.3 Tones
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68 SUBSCRIBER SIGNALINGCall Waiting
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70 SUBSCRIBER SIGNALING3.6.1 Caller
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72 SUBSCRIBER SIGNALINGCalled Party
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74 SUBSCRIBER SIGNALINGRRRSSSCSITSL
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76 CHANNEL-ASSOCIATED INTEREXCHANGE
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78 CHANNEL-ASSOCIATED INTEREXCHANGE
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80 CHANNEL-ASSOCIATED INTEREXCHANGE
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82 CHANNEL-ASSOCIATED INTEREXCHANGE
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84 CHANNEL-ASSOCIATED INTEREXCHANGE
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86 CHANNEL-ASSOCIATED INTEREXCHANGE
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88 CHANNEL-ASSOCIATED INTEREXCHANGE
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90 CHANNEL-ASSOCIATED INTEREXCHANGE
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92 CHANNEL-ASSOCIATED INTEREXCHANGE
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94 CHANNEL-ASSOCIATED INTEREXCHANGE
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96 CHANNEL-ASSOCIATED INTEREXCHANGE
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98 CHANNEL-ASSOCIATED INTEREXCHANGE
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100 CHANNEL-ASSOCIATED INTEREXCHANG
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102 CHANNEL-ASSOCIATED INTEREXCHANG
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104 CHANNEL-ASSOCIATED INTEREXCHANG
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106 CHANNEL-ASSOCIATED INTEREXCHANG
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108 CHANNEL-ASSOCIATED INTEREXCHANG
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5INTRODUCTION TOCOMMON-CHANNEL SIGN
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5.1 SIGNALING NETWORKS 113Figure 5.
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5.1 SIGNALING NETWORKS 115Quasiasso
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5.1 SIGNALING NETWORKS 117Figure 5.
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5.2 SIGNALING LINKS AND SIGNAL UNIT
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5.2 SIGNALING LINKS AND SIGNAL UNIT
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5.2 SIGNALING LINKS AND SIGNAL UNIT
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5.3 ACRONYMS 125In the final step o
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130 SIGNALING IN ACCESS NETWORKSTim
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132 SIGNALING IN ACCESS NETWORKSCom
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134 SIGNALING IN ACCESS NETWORKSTAB
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136 SIGNALING IN ACCESS NETWORKSFig
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138 SIGNALING IN ACCESS NETWORKSFig
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140 SIGNALING IN ACCESS NETWORKSinf
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142 SIGNALING IN ACCESS NETWORKSinf
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144 SIGNALING IN ACCESS NETWORKSTAB
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146 SIGNALING IN ACCESS NETWORKSFig
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148 SIGNALING IN ACCESS NETWORKSC-C
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150 SIGNALING IN ACCESS NETWORKSTAB
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152 SIGNALING IN ACCESS NETWORKScan
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154 SIGNALING IN ACCESS NETWORKSIDT
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7INTRODUCTION TO SIGNALINGSYSTEM NO
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7.1 SS7 STRUCTURE 159Message Transf
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7.2 IDENTIFICATION OF SIGNALING POI
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7.3 SS7 SIGNAL UNITS AND PRIMITIVES
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7.4 ACRONYMS 165Figure 7.3-3 shows
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8SS7 MESSAGE TRANSFER PARTThe Messa
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8.2 MTP LEVEL 1 1698.1.2 Message Tr
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8.3 OVERVIEW OF MTP LEVEL 2 171In e
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8.3 OVERVIEW OF MTP LEVEL 2 173The
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8.4 BASIC ERROR CORRECTION 175Figur
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8.4 BASIC ERROR CORRECTION 177Figur
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8.5 PREVENTIVE CYCLIC RETRANSMISSIO
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8.6 SIGNALING LINK MANAGEMENT 181In
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8.7 OVERVIEW OF MTP LEVEL 3 183Figu
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8.8 MTP3 SIGNALING MESSAGE HANDLING
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8.8 MTP3 SIGNALING MESSAGE HANDLING
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8.8 MTP3 SIGNALING MESSAGE HANDLING
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8.9 MTP3 SIGNALING NETWORK MANAGEME
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8.9 MTP3 SIGNALING NETWORK MANAGEME
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8.9 MTP3 SIGNALING NETWORK MANAGEME
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8.9 MTP3 SIGNALING NETWORK MANAGEME
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8.10 ACRONYMS 199H1 Message heading
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9TELEPHONE USER PARTThe Telephone U
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9.2 CALL-CONTROL MESSAGES AND SIGNA
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9.2 CALL-CONTROL MESSAGES AND SIGNA
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9.2 CALL-CONTROL MESSAGES AND SIGNA
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9.2 CALL-CONTROL MESSAGES AND SIGNA
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9.3 BASIC SIGNALING SEQUENCES 211TA
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9.3 BASIC SIGNALING SEQUENCES 213Wh
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9.3 BASIC SIGNALING SEQUENCES 215On
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9.4 TUP SUPPORT OF ADDITIONAL SERVI
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9.4 TUP SUPPORT OF ADDITIONAL SERVI
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9.5 OTHER TUP PROCEDURES, MESSAGES,
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9.5 OTHER TUP PROCEDURES, MESSAGES,
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9.6 VERSIONS OF TUP SIGNALING 2259.
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9.7 ACRONYMS 227ACM Address Complet
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9.8 REFERENCES 229SAOSECSHPSISIFSIM
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232 DIGITAL SUBSCRIBER SIGNALING SY
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234 DIGITAL SUBSCRIBER SIGNALING SY
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236 DIGITAL SUBSCRIBER SIGNALING SY
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238 DIGITAL SUBSCRIBER SIGNALING SY
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240 DIGITAL SUBSCRIBER SIGNALING SY
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242 DIGITAL SUBSCRIBER SIGNALING SY
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244 DIGITAL SUBSCRIBER SIGNALING SY
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246 DIGITAL SUBSCRIBER SIGNALING SY
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248 DIGITAL SUBSCRIBER SIGNALING SY
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250 DIGITAL SUBSCRIBER SIGNALING SY
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TABLE 10.3-3 Information Elements i
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254 DIGITAL SUBSCRIBER SIGNALING SY
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256 DIGITAL SUBSCRIBER SIGNALING SY
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258 DIGITAL SUBSCRIBER SIGNALING SY
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260 DIGITAL SUBSCRIBER SIGNALING SY
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262 DIGITAL SUBSCRIBER SIGNALING SY
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264 DIGITAL SUBSCRIBER SIGNALING SY
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266 DIGITAL SUBSCRIBER SIGNALING SY
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268 DIGITAL SUBSCRIBER SIGNALING SY
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270 DIGITAL SUBSCRIBER SIGNALING SY
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272 DIGITAL SUBSCRIBER SIGNALING SY
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274 DIGITAL SUBSCRIBER SIGNALING SY
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11ISDN USER PARTThis chapter resume
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11.2 ISUP MESSAGES, FORMATS, AND PA
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11.2 ISUP MESSAGES, FORMATS, AND PA
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11.2 ISUP MESSAGES, FORMATS, AND PA
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TABLE 11.2-2 Parameters in ISUP Cal
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11.2 ISUP MESSAGES, FORMATS, AND PA
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11.2 ISUP MESSAGES, FORMATS, AND PA
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11.2 ISUP MESSAGES, FORMATS, AND PA
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11.2 ISUP MESSAGES, FORMATS, AND PA
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11.2 ISUP MESSAGES, FORMATS, AND PA
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11.3 SIGNALING FOR CALLS BETWEEN IS
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11.3 SIGNALING FOR CALLS BETWEEN IS
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11.4 CALLS INVOLVING ANALOG SUBSCRI
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11.4 CALLS INVOLVING ANALOG SUBSCRI
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11.5 END-TO-END SIGNALING 305In the
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11.5 END-TO-END SIGNALING 307Figure
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11.6 OTHER SIGNALING PROCEDURES 309
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11.6 OTHER SIGNALING PROCEDURES 311
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11.6 OTHER SIGNALING PROCEDURES 313
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11.6 OTHER SIGNALING PROCEDURES 315
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11.7 SIGNALING PROCEDURES FOR FAILE
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11.8 ISUP SIGNALING IN THE INTERNAT
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11.9 ISUP SIGNALING IN THE UNITED S
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11.10 ACRONYMS 323transferred trans
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11.11 REFERENCES 325SCCP Signaling
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12SIGNALING IN CELLULARMOBILE TELEC
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12.1 INTRODUCTION TO CELLULAR MOBIL
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12.1 INTRODUCTION TO CELLULAR MOBIL
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12.1 INTRODUCTION TO CELLULAR MOBIL
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12.1 INTRODUCTION TO CELLULAR MOBIL
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Figure 12.2-1. Transmission of mess
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12.3 INTRODUCTION TO AMPS SIGNALING
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442 AIR INTERFACE SIGNALING IN CDMA
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444 AIR INTERFACE SIGNALING IN CDMA
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446 AIR INTERFACE SIGNALING IN CDMA
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448 AIR INTERFACE SIGNALING IN CDMA
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450 AIR INTERFACE SIGNALING IN CDMA
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452 AIR INTERFACE SIGNALING IN CDMA
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454 AIR INTERFACE SIGNALING IN CDMA
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456 AIR INTERFACE SIGNALING IN CDMA
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14INTRODUCTION TOTRANSACTIONSThe TU
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14.2 SS7 ARCHITECTURE FOR TRANSACTI
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CCIS Common-channel interoffice sig
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466 SIGNALING CONNECTION CONTROL PA
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468 SIGNALING CONNECTION CONTROL PA
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TABLE 15.2-2 Parameters in SCCP Mes
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472 SIGNALING CONNECTION CONTROL PA
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474 SIGNALING CONNECTION CONTROL PA
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476 SIGNALING CONNECTION CONTROL PA
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478 SIGNALING CONNECTION CONTROL PA
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480 SIGNALING CONNECTION CONTROL PA
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482 SIGNALING CONNECTION CONTROL PA
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484 SIGNALING CONNECTION CONTROL PA
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486 SIGNALING CONNECTION CONTROL PA
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488 SIGNALING CONNECTION CONTROL PA
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490 SIGNALING CONNECTION CONTROL PA
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492 SIGNALING CONNECTION CONTROL PA
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494 SIGNALING CONNECTION CONTROL PA
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16TRANSACTION CAPABILITIESAPPLICATI
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16.1 INTRODUCTION 499Figure 16.1-1.
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16.1 INTRODUCTION 501TABLE 16.1-1 T
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16.1 INTRODUCTION 503TABLE 16.1-4Co
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16.2 TCAP FORMATS AND CODING 505ASN
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16.2 TCAP FORMATS AND CODING 507TAB
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16.2 TCAP FORMATS AND CODING 509Fig
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16.3 TRANSACTION AND INVOKE IDENTIT
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16.4 U.S. NATIONAL TCAP 513TABLE 16
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16.6 ACRONYMS 51516.6 ACRONYMSAC Ap
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17TRANSACTIONS ININTELLIGENT NETWOR
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17.1 INTRODUCTION TO INTELLIGENT NE
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17.2 CALL MODELS AND TRIGGERS 521so
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17.2 CALL MODELS AND TRIGGERS 523is
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17.2 CALL MODELS AND TRIGGERS 525th
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17.2 CALL MODELS AND TRIGGERS 527en
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17.3 AIN MESSAGES AND TRANSACTIONS
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17.3 AIN MESSAGES AND TRANSACTIONS
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17.3 AIN MESSAGES AND TRANSACTIONS
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17.4 AIN 0.1 PARAMETERS 535Figure 1
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17.4 AIN 0.1 PARAMETERS 537Bits DC.
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17.4 AIN 0.1 PARAMETERS 539Par.19 P
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17.5 CODING OF DATA ELEMENTS 541Par
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17.6 MESSAGES AND PARAMETERS 543TAB
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17.6 MESSAGES AND PARAMETERS 545TAB
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17.6 MESSAGES AND PARAMETERS 54717.
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17.7 AIN SERVICES 549Snapshot Monit
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17.7 AIN SERVICES 551We assume that
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17.7 AIN SERVICES 553info_analyzed
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17.9 REFERENCES 555GTA Global title
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18INTELLIGENT NETWORKAPPLICATION PA
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18.1 INTRODUCTION 559Figure 18.1-2
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18.2 CALL MODELS AND TRIGGERS 561.
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18.3 CAPABILITY SETS 563CS-2. This
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18.4 INAP SIGNALING 565TABLE 18.4-1
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18.4 INAP SIGNALING 567SACF. MACF a
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18.4 INAP SIGNALING 569TABLE 18.4-5
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18.5 ETSI INAP 571At the end of the
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18.7 REFERENCES 573SSPT_BCSNTCTCAPU
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18.7 REFERENCES 57544. Interface Re
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578 MOBILE APPLICATION PART19.1 INT
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580 MOBILE APPLICATION PARTMSCs (d)
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582 MOBILE APPLICATION PARTASEs in
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584 MOBILE APPLICATION PARTOn recei
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586 MOBILE APPLICATION PARTFigure 1
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588 MOBILE APPLICATION PARTunrecogn
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590 MOBILE APPLICATION PARTFigure 1
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592 MOBILE APPLICATION PARTFigure 1
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594 MOBILE APPLICATION PARTFigure 1
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596 MOBILE APPLICATION PART19.4.3 M
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598 MOBILE APPLICATION PARTFigure 1
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600 MOBILE APPLICATION PART19.5.3 E
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602 MOBILE APPLICATION PARTPar.4 Au
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604 MOBILE APPLICATION PARTPar.11 D
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606 MOBILE APPLICATION PARTPar.22 S
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608 MOBILE APPLICATION PART19.6.2 E
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610 MOBILE APPLICATION PARTFigure 1
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612 MOBILE APPLICATION PARTFigure 1
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614 MOBILE APPLICATION PARTby a “
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616 MOBILE APPLICATION PARTVLR now
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618 MOBILE APPLICATION PARTFigure 1
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620 MOBILE APPLICATION PARTFigure 1
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622 MOBILE APPLICATION PARTFigure 1
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624 MOBILE APPLICATION PARTMAP_COMP
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626 MOBILE APPLICATION PARTThe VLR
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628 MOBILE APPLICATION PARTISDNITUI
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20INTRODUCTION TO PACKETNETWORKS AN
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20.1 PACKET-BASED COMMUNICATION 633
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20.1 PACKET-BASED COMMUNICATION 635
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20.1 PACKET-BASED COMMUNICATION 637
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20.1 PACKET-BASED COMMUNICATION 639
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20.1 PACKET-BASED COMMUNICATION 641
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20.2 THE TCP/IP PROTOCOL SUITE 643F
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20.2 THE TCP/IP PROTOCOL SUITE 645T
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20.2 THE TCP/IP PROTOCOL SUITE 647c
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20.2 THE TCP/IP PROTOCOL SUITE 649s
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20.3 INTRODUCTION TO VoIP 651There
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20.3 INTRODUCTION TO VoIP 653Voice
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20.3 INTRODUCTION TO VoIP 655some V
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20.3 INTRODUCTION TO VoIP 657On the
- Page 676 and 677:
20.4 LOWER LAYER PROTOCOLS FOR VoIP
- Page 678 and 679:
20.4 LOWER LAYER PROTOCOLS FOR VoIP
- Page 680 and 681:
20.4 LOWER LAYER PROTOCOLS FOR VoIP
- Page 682 and 683:
20.5 ACRONYMS 66520.5 ACRONYMSAAA A
- Page 684 and 685:
20.6 REFERENCES 66720.6 REFERENCES1
- Page 686 and 687:
21SIGNALING FOR VoIP21.1 INTRODUCTI
- Page 688 and 689:
21.2 THE H.323 PROTOCOL 67121.2 THE
- Page 690 and 691:
21.2 THE H.323 PROTOCOL 673TABLE 21
- Page 692 and 693:
21.2 THE H.323 PROTOCOL 675TABLE 21
- Page 694 and 695:
21.2 THE H.323 PROTOCOL 677TABLE 21
- Page 696 and 697:
21.2 THE H.323 PROTOCOL 679Recommen
- Page 698 and 699:
21.3 THE SESSION INITIATION PROTOCO
- Page 700 and 701:
21.3 THE SESSION INITIATION PROTOCO
- Page 702 and 703:
21.3 THE SESSION INITIATION PROTOCO
- Page 704 and 705:
21.3 THE SESSION INITIATION PROTOCO
- Page 706 and 707:
21.3 THE SESSION INITIATION PROTOCO
- Page 708 and 709:
21.4 THE GATEWAY CONTROL PROTOCOL 6
- Page 710 and 711:
21.4 THE GATEWAY CONTROL PROTOCOL 6
- Page 712 and 713:
21.4 THE GATEWAY CONTROL PROTOCOL 6
- Page 714 and 715:
21.4 THE GATEWAY CONTROL PROTOCOL 6
- Page 716 and 717:
21.5 THE SIGNALING TRANSPORT (SIGTR
- Page 718 and 719:
21.5 THE SIGNALING TRANSPORT (SIGTR
- Page 720 and 721:
21.5 THE SIGNALING TRANSPORT (SIGTR
- Page 722 and 723:
21.5 THE SIGNALING TRANSPORT (SIGTR
- Page 724 and 725:
21.6 THE BEARER INDEPENDENT CALL-CO
- Page 726 and 727:
21.6 THE BEARER INDEPENDENT CALL-CO
- Page 728 and 729:
21.6 THE BEARER INDEPENDENT CALL-CO
- Page 730 and 731:
21.6 THE BEARER INDEPENDENT CALL-CO
- Page 732 and 733:
21.6 THE BEARER INDEPENDENT CALL-CO
- Page 734 and 735:
21.7 ACRONYMS 717FSN Forward sequen
- Page 736 and 737:
21.8 REFERENCES 7196. Generic Funct
- Page 738 and 739:
22SIGNALING IN ATM NETWORKSATM, or
- Page 740 and 741:
22.1 INTRODUCTION TO ATM NETWORKS A
- Page 742 and 743:
22.1 INTRODUCTION TO ATM NETWORKS A
- Page 744 and 745:
22.2 ATM LAYERS AND PROTOCOL STACK
- Page 746 and 747:
22.3 LOWER LAYERS 729Figure 22.2-3.
- Page 748 and 749:
22.3 LOWER LAYERS 73122.3.2 AAL/SAA
- Page 750 and 751:
22.4 INTRODUCTION TO ATM SIGNALING
- Page 752 and 753:
22.5 SIGNALING AT THE UNI INTERFACE
- Page 754 and 755:
TABLE 22.5-2 Variable-Length Inform
- Page 756 and 757:
22.6 THE PNNI PROTOCOL 739Figure 22
- Page 758 and 759:
TABLE 22.6-1 Variable-Length Inform
- Page 760 and 761:
22.7 THE B-ISUP SIGNALING PROTOCOL
- Page 762 and 763:
22.7 THE B-ISUP SIGNALING PROTOCOL
- Page 764 and 765:
22.9 ATM ADDRESSING 747administrati
- Page 766 and 767:
22.10 ACRONYMS 749IEIETFISUPITUITU-
- Page 768:
22.11 REFERENCES 75123. Private Net
- Page 771 and 772:
754 INDEXAddress signalsAsynchrouno
- Page 773 and 774:
756 INDEXApplication entity (AE)Int
- Page 775 and 776:
758 INDEXBearer services (continued
- Page 777 and 778:
760 INDEXCalled Address derivation,
- Page 779 and 780:
762 INDEXCellular authentication an
- Page 781 and 782:
764 INDEXClassless addressing, Inte
- Page 783 and 784:
766 INDEXComponent portion, Transac
- Page 785 and 786:
768 INDEXData link connections, Dig
- Page 787 and 788:
770 INDEXDigital Subscriber Signali
- Page 789 and 790:
772 INDEXError correction (continue
- Page 791 and 792:
774 INDEXFour-wire circuits (contin
- Page 793 and 794:
776 INDEXHome mobile switching cent
- Page 795 and 796:
778 INDEXIntelligent networks (INs)
- Page 797 and 798:
780 INDEXIS-95 code-division multip
- Page 799 and 800:
782 INDEXLine signals. See also Sup
- Page 801 and 802:
784 INDEXMessage acceptance, cellul
- Page 803 and 804:
786 INDEXMobile switching centers (
- Page 805 and 806:
788 INDEXOptical carrier (OC), sync
- Page 807 and 808:
790 INDEXPhysical channels, cdma200
- Page 809 and 810:
792 INDEXQ.931 ISDN protocol (conti
- Page 811 and 812:
794 INDEXResponse to acknowledgment
- Page 813 and 814:
796 INDEXService Indicator Octet (S
- Page 815 and 816:
798 INDEXSignaling network manageme
- Page 817 and 818:
800 INDEXSignaling System No. 7 (SS
- Page 819 and 820:
802 INDEXStored-program controlled
- Page 821 and 822:
804 INDEXTandem exchangeinterconnec
- Page 823 and 824:
806 INDEXTimeoutspublic office dial
- Page 825 and 826:
808 INDEXTrunk groups (TGs) (contin
- Page 827 and 828:
810 INDEXVoice over Internet Protoc
- Page 829 and 830:
Introduction to Communications Engi
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