Abkürzungen

A API Application Programmer's Interface

ARQ Automatic Repeat Request

A Österreich (eng!. Austria) AS Aircraft Station

AC Berechtigungszentrum ASK Amplitude Shift Keying

(eng!. Authentication ATM Asynchronous Transfer

Centre) Mode

ACC Area Communication Con- ATDMAAdvanced TDMA

troller ACCH Associated Control

Channel B ACK positive acknowledgement ACTS Advanced Communication

Technologies and Services B Belgien ADF Average Duration ofFades BCCH Broadcast Control Channel ADPCM Adaptive Delta Pulse Code BCO Borrowing with Channel

Modulation Ordering (DCA-Verfahren) AGCH Access Grant Control BER Fehlerrate (eng!. Bit Error

Channel Rate) AM Amplituden Modulation BF! Bad Frame Indication AMPS Advanced Mobile Phone Bm Bearer mobile

System BMPT Bundesminister für Post und Telekommunikation

430 Abkürzungsverzeichnis

BOS Behörden und Organisatio- CRC fehlererkennendes Codier-nen mit Sicherheitsaufga- verfahren (engl. Cyclic ben Redundancy Check)

BPSK Binary Phase Shift Keying CSMA Carrier Sense Multiple Ac-BS Base Station cess BSC Feststationssteuerung (engl. CSPDN Circuit Switched Public

Base Station Controller) Data Network BSIC Base Station Identity Code CT Schnurloses Telefon (engl. BTS Feststation (engl. Base Cordless Telephone)

Transceiver Station)

C D

D BR-Deutschland CA! Common Air Interface DCA Dynamic Channel Alloca-CC Faltungscode (engl. Convo- tion

lutional Code) DCSI800 CCFP (DECT) Central Control Digital Communication Sy-

Fixed Part stern 1800 (Systemstandard CCH Control Channel für z.B. EI) CDMA Code Division Multiple DCT Digital Cordless Telephone

Access DECT Digital European (neu auch CELP Code excited linear predic- Enhanced) Cordless

tive coding Telephone CEPT Conference Europeenne DeTeMobil

des Postes et Telecommu- Deutsche Telekom Mo-nications bilNet GmbH (Mobil funk-

CEIR Central Equipment Identity tochter der Telekom) Register DK Dänemark

CH Schweiz Dm Datamobile CI (DECT) Common Interface DN Directory Number CKSN Ciphering Key Sequence DQPSK Differential QPSK (~)

Number DS Direct Sequence COST European Cooperation in DSMA Direct Sense Multiple Ac-

the Field of Scientific and cess Technical Research DTX Discontinuous Transmis-

CPD Cummulative probability sion distribution

Abkürzungsverzeichnis 431

E FR Full Rate FSK Frequency Shift Keying FFSK Fast Frequency Shift

E Spanien Keying

EIR Geräte-Identifizierungsre-gister (engl. Equipment Identity Register) G EIRP Effective Isotropically Ra-diated Power

ERMES European Radio Message GEO Geostationary Earth System Orbiting Satellite

ERP Effective Radiated Power GMSC Gateway-MSC ETSI European Telecommunica- GMSK Gaussian Minimum Shift

tion Standards Institute Keying GP Guard Period GPS Global Positioning System

F GS Ground Station GSC Ground Switching Centre GSS Ground Station System

F Frankreich GSM Global System for Mobile

F ACCH Fast Associated Control Communications (System-

Channel standard rur z.B. Dl und

FCA Fixed Channel Allocation D2)

FCCH Frequency Correction Channel

FDD Frequency Division Duplex H FDMA Frequency Division Multiple Access

FEC fehlerkorrigierende Codier- HCA Hybrid Channel verfahren (engl. Forward Assignment (DCA Error Correction) Verfahren)

FER Frame Erasure Rate HDLC High Level Data Link Con-FH Frequency Hopping trol FM Frequenzmodulation HLR Heimatdatei (engl. Horne FN Frame Number Location Register) FP (DECT) Fixed Part HR Half Rate FPLMTS HO Handover

Future Public Land Mobile Telecommunication System

432 Abkürzungsverzeichnis

I LAI Location Area Identification

LAPD Link Access Protocol for I Italien the D channel IBCN Integrated Broadband LCR Level Crossing Rate

Communications Network LEO Low Earth Orbiting !MEI International Mobile Satellite

Equipment Identity Lm Lowmobile IMSI International Mobile Sub- LOS Line of Sight

scriber Identity LPC Linear Predictive Coding IMT2000 LTP Long Term Prediction

International Mobile Tele-communications 2000

IN Intelligent Network M INMARSAT International Maritime Satellite Organization MAC Medium Access Control

ISDN Integrated Services Digital Layer Network MAP Mobile Application Part

ISI Intersymbol-Interferenz ME Mobile Equipment ITA Interim Type Approval MEO Medium Earth Orbiting Sa-lTU International tellite

Telecommunication Union MMO Mannesmann Mobilfunk IWF Interworking Function MOC Mobile Originated Call

MODACOM Mobile Data Communi-

J cation MOPS Mega Operations Per

Second JDC J apanese Digital Cellular MOS Mean Opinion Score

MoU Memorandum ofUnder-standing

L MPEG Motion Picture Expert

Group MPT Ministry ofPost and Tele-

L Luxemburg communication MPX Multiplex

LA Aufenthaltsbereich (engl. MS Mobile Benutzerstation Location Area)

(engl. Mobile Station)

Abkürzungsverzeichnis 433

MSC Mobilvermittlungsstelle OMC Betriebs- und Wartungs-(eng!. Mobile Switching zentrum (eng!. Operation& Centre) Maintenance Centre)

MSISDN OQPSK Offset QPSK (~) MobUe Station ISDN Num- OSI Open System Interconnec-ber tion

MSRN Mobile Station Roaming OSP On Site Paging Number

MSs Mobile Stations MSK Minimum Shift Keying p MTC Mobile Terminated Call MTP Message Transfer Part

PABX Private Automatie Branch Exchange

PAC Paging Area Controller

N PAD PaketierunglDepaketierung PAP Public Access Profile PCH Paging Channel

N Norwegen PCM Pulse Code Modulation NACK Negative Acknowledge- PCN Personal Communication

ment Network NL Niederlande PCS Personal Communieation NLOS Non Line ofSight System (oder auch: NMC Network Management Cen- Services)

tre PHL Physieal Layer (DECT) NMT Nordic Mobile Telephone PHS Personal Handy Phone Sy-

System stern NN Nearest Neighbour (DCA-) PIN Personal Identity Number

Verfahren PLMN Public Land Mobile Net-NSS Network and Switching work

Subsystem PM Phasenmodulation PMR Betriebsfunk (eng!. Private

Mobile Radio)

0 PNC Paging Network Controller PP (DECT) Portable Part PRMA Packet Reservation

OFDM Orthogonal Frequency Multiple Access

Division Multiplexing POCSAG Post Office Code Standar-disation Advisory Group

434 Abkürzungsverzeichnis

PSK Phase Shift Keying RXLEV Empfangspegel (engl. PSPDN Packet Switched Public Received Signal Input

Data Network Level) PSTN Public Switched Telephone RXQUAL

Network Empfangsqualität (engl. PUK PIN Unblocking Key Radio Link

QualitylReceived Signal Quality)

Q QAM Quadrature Amplitude Mo- S

dulation QoS Quality of Service S Schweden QPSK Quadrature Phase Shift SACCH Slow Associated Control

Keying Channel SB Simple Borrowing (DCA-)

Verfahren

R SC Service Centre SCEG Speech Coder Expert

Group

RACE Research in Advanced SCH Synchronisation Channel

Communication for Europe SDCCH Stand-Alone Dedicated

RACH Random Access Channel Control Channel

RBER Residual Bit Error Rate SDMA Space Division Multiple

RD-LAP Radio Data Link Access Access

Protocol SEG Security Experts Group

RDS Radio Data System SF Finnland

RFP (DECT) Radio Fixed Part SFH Slow Frequency Hopping

RIC Radio Identity Code sm Silence Descriptor Frames

RLP Radio Link Protocol SIM Subscriber Identity Module

RPE Regular Pulse Exitation SMS Short Message Service

RMS Root Mean Squared SRES Signed Response

RNC Radio Network Controller RNG Radio Network Gateway RSS Radio Sub-System T RX Empfänger (eng/. Receiver)

TA Type Approval

Abkürzungsverzeichnis 435

TACS Total Access Communica- U tion System TAP Terminal Adaptation Func-

tion UK United Kingdom TB Tail Bits UPC Universal Computer Proto-TCH Trafiic Channel col TCH/F Traffic ChannellFullrate UPT Universal Personal Tele-TCHIH Trafiic ChannellHalfrate communications TDD Time Division Duplex UMTS Universal Mobile Telecom-TDMA Time Division Multiple munication System

Access TE Terminal Equipment TETRA Trans-European Trunked

V Radio TFM Tamed Frequency Modula-

tion VAD Voice Activity Detection

TFTS Terrestrial Flight Tele-VLR Besucherdatei (engl.

phone System Visitor Location Register)

TMN Telecommunication Mana-gement Network

TMSI Temporary Mobile Subscri-ber Identity W

TRAU TranscoderlRate Adapter Unit

WAP Wide Area Paging TX Sender (engl. Transmitter) WARC World Administrative Ra-

dio Conference

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[EXN93] D. Exner, "Die Inmarsat-Satelliten-Mobilfunksysteme", S. 153-164, ITG-Fachtagung Mobile Kommunikation, Ulm, September, 1993

[FER95] L. Fernandes, "Developing a System Concept and Technologies for Mobile Broadband Communications", IEEE Personal Communi­cations, S. 54-59, Feb 1995

[GER93] R. Gerhards and P. Dupont, "The RD-LAP Air Interface Protocol", INTERCOMM, Vancouver, Feb. 22-25,1993

[HAD95] AD. Hadden, "Personal Communications Networks", Practical Implementation, Artech House, 1995

[JAG93] A Jagoda and M. de Villepin, "Mobile Communications", John Wiley&Sohns, B.G. Teubner, 1993

[KED94] J. Kedaj und F. Joussen, "Mobilfunk, Das Handbuch der mobilen Sprach-, Text- und Datenkommunikation", Neue Mediengesell­schaft Ulm mbH, Sep 94, wird regelmäßig aktualisiert

[KHA95] M. Khan and J. Kilpatrick, "MOBITEX and Mobile Data Stan­dards", IEEE Communications Magazine, S. 96-101, March 1995

[KNE94] F. Knebelkamp, B. Eylert, W. Schütters, M. Chang, and K. Gilhou­sen, "Field Test ofa CDMA System", Proceedings ofthe 44th IEEE VTC, S. 1- 5, Stockholm, June, 1994

[LOB94] H. Lobensommer, "Die Technik der modernen Mobilkommunika­tion", Franzis, 1994

[MAR93] G. Maral and M. Bousquet, "Satellite Communication Systems", 2nd edition, John Wiley & Sons u. RG. Teubner, 1993

[P AE93] M. Paetsch, "Mobile Communications in the US and Europe: Regu­lation, Technology, and Markets", Artech House, 1993

[pAH95] K. Pahlavan and AH. Levesque, "Wireless Information Networks", John Wiley & Sons, 1995

[PIL92] U. Pilger, "Struktur des DECT-Standards", Nachrichtentech., Elek­tron., Berlin 42, S. 23-29, 1992

450

[PIL93]

[RAP95]

[SPI93]

[TEL94]

[TIA93]

[TUT90]

[TUT94]

[URI95]

Literaturverzeichnis

U. Pilger, "Der neue Schnurlos-Standard DECT", S. 104-108, Funkschau, 7/1993

J. Rapeli, "UMTS: Targets, System Concept, and Standardization in Global Framework", IEEE Personal Communications, S. 20-28, Feb 1995

K. Spindler, "Telefonieren aus dem Flugzeug", telekom praxis, S. 10-15, 11/1993

Das Telekom-Buch 93/94

TIAIEIA INTERIM STANDARD, Mobile Station-Base Station Compatibility Standard for Dual-Mode Wideband Spread Spectrum Cellular System, TIAlEIAlIS-95, Telecommunications Industry Association, July 1993

W.H.W. Tuttlebee (Ed.), "Cordless Telecommunication in Europe", Springer-Verlag, 1990

W.H.W. Tuttlebee, "The Role Of CDMA and TDMA in Future Cellular Architectures", IEE Summer School-Tutorial Paper, Sep., 1994

A. Urie, M. Streeton, and C. Mourot, "An Advanced TDMA Mo­bile Access System for UMTS ", IEEE Personal Communications, S. 38-47, Feb 1995

Index

A A-Netz,3 Absorptionsdämpfung, 86 ACTS, 427 ADM,242 ADPCM,242 ALOHA-Verfahren, 276 AM-Demodulator, 151 Amplitudenumtastung, 156 analoge zellulare Systeme, 20 Ankunftsprozeß, 110 Antennenhöhe, 68 API,392 Aquisition, 269 ARDIS, 392 ARQ, 212; 234 ATDMA,422 ATM,417 Atmosphäre, 85 Ausbreitung, ebene Gebiete, 66 Ausbreitung, Einweg-, 24 Ausbreitung, Freiraum-, 65 Ausbreitung, N-Wege, 27 Ausbreitung, unebene Geb., 69 Ausbreitung, Zweiweg-, 25 Ausbreitungsverzögerung, mittl., 41 Automatie Repeat Request, 212; 234

B BIB2-Netz, 3; 101 Bateh, 390 Baumdiagramm, 227 BCH-Codes, 223 Beam-Forming, 286 Beam-Traeking, 286 Bedienprozeß, 113 Besselfunktion, 153 Betriebsfunk, 397 BIRDIE,374 Bloekeodes, lineare, 216 Bodenstation, 402 BOS, 15 Breitbandkanal, Impulsantwort, 61 Breitbandsystem, 44 Bündelfehler, 206 Bündelfunksysteme, 397 Bündelgewinn, 117

c C-Ne~,3; 101;237;297 Capture-Effekt,279 Carson, J.R., 155 CDMA, Direet Sequenee, 269 CDMA, Freqeney Hopping, 271

452

CDMA, Time Hopping, 259 CDPD,392 CELP, 243 Channel Sounder, 63 CHEKKER, 397 Cityruf, 385 Clustergröße, 94; 145; 296 Code-Verkettung, 234 Coderate, 214 Codierungsgewinn, 215; 233 CODIT,422 Combining, Equal gain, 57 Combining, Maximal-Ratio, 55 Combining, Selection, 51 Combining, Switched, 53 COST,421 CRC, 223 CSMA-Verfahren, 280 CT1,372 CT2,373 CT3,373 CVSD,242 Cyclic Redundancy Check, 223

D D-~S, 163;243;368 DI-Netz, 7 D2-Netz,7 DAB,176 Datenfunksysteme, 392 DCS1800, 7; 343 DCS1900, 343 DCT,373 DECT,374 Delay Spread, 10; 40; 188 Delta Modulation, 242 Demodulation, 184 DFR,384 Discontinuous Transmission, 354

Diversity, Frequenz-, 50 Diversity, Macro-, 50 Diversity, Micro-, 50 Diversity, Polarisations-, 50 Diversity, Raum-, 50 Diversity, Winkel-, 50 Diversity, Zeit-, 50 DM,242 Doppelseitenbandsignal, 148 Dopplerspektrum, 39 Dopplerfilter, 63 Dopplerfrequenz, 37 DPCM,241 Dritte Generation, 417 DRIVE,417 Duplexer, 292

E E-AMPS, 369 EI-Netz, 7 EIRP,66 Empfangsprinzipien, 184 Equalizer, 189 Erasures, 220 Erdfunkstelle, 405 Erlang, Anger Krarup, 109 Erlangsche Verlustformel, 115 Erlangsche Warteformel, 119 ERMES, 387 Eurosignal, 385

F Fading, Fast, 11; 23

Index

Fading, Slow, 23; 82 Fadingeinbrüche, mittlere Dauer, 48 Fadingprozeß, komplexer, 58 Fadingsimulator, Breitband-, 62 Fadingsimulator, Schmalband-, 59

Index

Faltungscodes, 224 FEC, 212 Flottenverbindung, 395 Flugkommunikations-Systeme, 401 Forward Error Correction, 212 free distance, 233 Frequency Hopping, Fast, 272 Frequency Hopping, Slow, 271; 353 Frequenz-Diversity, 354 Frequenzdispersion, 37 Frequenzduplex, 291 Frequenzhub, 152 Frequenzmultiplex, 249 Frequenzspringen, 353 Frequenzumtastung, 157 Frequenzzuweisung, 141 Fresnel-Integral,71 Fresnel-Zonen, 69 Fry, T.C., 155 Funkrufsysteme, 382

G Galois-Feld,212 Gauß-Verteilung, 11 Gaußsches MSK, 170 Generatormatrix, 216 Generic Access Profile, 375 GEO,405 geostationäre Bahn, 406 GfD,393 GIRAFFE, 423 Gleichkanalstörabstand, 96 Gleichwellennetz, 384; 386 Global-Beam, 406 Globalstar, 409 GOLA V-System, 385 Gold-Folgen, 267 GPRS, 427 GPS, 392

Gray-Codierung, 195; 199 Gruppenantenne, 287 Gruppenfaktor, 289 Gruppenverbindung, 395 GSM, 5; 305 GSM, AC, 314 GSM, Access Control, 368 GSM, Authentikation, 322 GSM, BSC, 315 GSM, BTS, 315 GSM, Bursts, 329 GSM, Dienste, 309 GSM, Einbuchen, 363 GSM, EIR, 315 GSM, Empfehlungen, 307 GSM, GMSC, 314; 347 GSM, HLR, 314 GSM, IMSI, 314 GSM, KanaIcod. Daten, 360 GSM, KanaIcod. Sprache, 358 GSM, LA, 315 GSM, Link Control, 342 GSM, log. Kanäle, 334 GSM, Luftschnittstelle, 326 GSM, MAP, 315 GSM, MSC, 314 GSM, MSISDN, 315 GSM, Multiplex, 339 GSM, OMC, 316 GSM, Schnittstellen, 367 GSM, Sicherheitsdienste, 319 GSM, Signalisierung, 334 GSM, SIM-Karte, 316; 320 GSM, Sprachcodierung, 355 GSM, Synchronisation, 329 GSM, Systemarchitektur, 312 GSM, TMSI, 324 GSM, TRAU, 316 GSM, Übertragungsbänder, 328 GSM, Verbindungsautbau, 364

453

454

OSM, Verschlüsselung, 324 OSM, VLR, 315

H Hamming-Abstand, 219 Hamming-Distanz, 219 Handover, 101; 345 Hard Decision, 230 Hata-Modell,81 Hotspot, 107

I I1Q-Diagramm, 159 IBCN,417 IMT2000, 419 INMARSAT,405 Interankunftszeit, 111 Interference Cancellation, 274 Interferenz-Diversity, 354 Interferenzelirninierung, 273 Interim Type Approval, 308 Interleaving, 206 Interleaving, Block-, 208 Interleaving, diagonales, 207 Interleaving, Faltungs-, 209 Interleavingtiefe, 208 Intermodulation, 250 Intersymbol-Interf., 41; 60; 172; 187 IRIDIUM,408 IS-95,409

J JDC, 163; 368 Joint Detection, 274

Index

K Kanal, frequenzselektiv, 45 Kanal, nicht-frequenzselektiv, 44 Kanalcodierung, 211 Kanalentzerrer, 189 Kanalimpulsantwort, 40 Kanalkapazität, 211 Kanalmessung, 63 Kanalsimulation, 58 Kanalzuteilung, dynam., 124; 379 Kanalzuteilung, hybride, 129 Kanalzuteilung, statische, 124 Kendall, D.O., 114 Kohärenzbandbreite, 40 Kohärenzzeit, 45 Kompatibilitätsmatrix, 142 Kontrollrnatrix, 216 Korrelationskoeffizient, 43 Kreuzkorrelationsfunktion, 43

L Lee-Modell, 73 Leistungsdichtespektr., 177 Leistungsregelung, 343; 414 Leistungsspektruni, Verzög.-, 41 LEO,407 Level Crossing Rate, 45 Line Of Sight, 10 Lognormal-Verteilung, 83 LOS, 10 LPC, 242

M rn-Sequenzen, 63; 264 Mailbox, 3 Markoff, A.A., 113 Marktentwicklung, 2

Index

MAVT,422 Maximalfolge, 264 Maximum Likelihood Decod., 229 MBS,422 MDS-Code, 223 mean access delay, 41 Mean Opinion Score, 238; 296 Mehrwegeausbreitung, 10; 22 MEO,407 Midambel,255 Mikrozellulare Netze, 106 Minimum Shift Keying, 168 MiniRuf, 384 Mobilfunkkanal, 21 Mobitex, 396 MODACOM, 393 Modulation, Ampliduden-, 148 Modulation, ASK-, 156 Modul., BPSK-, 160; 178; 191; 201 Modulation, CPFSK-, 157 Modulation, CPM-, 165 Modulation, DPSK-, 193; 201 Modulation, DQPSK-, 195 Modulation, FFSK-, 168 Modulation, FSK-, 157 Modul., GMSK-, 170; 180; 198; 203 Modul., MSK-, 168; 180; 198; 203 Modulation,OFDM-, 174; 182 Modulation,OQPSK-, 161 Modulation, pil4-DQPSK, 163 Modulation, PSK-, 158 Modulation, QAM-, 163 Modul., QPSK-, 160; 178; 191; 201 Modulation, TFM-, 172 Modulation, Winkel-, 152 Modulationsverf., analoge, 148 Modulationsverf., digitale, 155 MONET,422 MOS, 238; 420 Multiplikatives Gesetz, 289

N Nachbarkanalstörungen, 177 Nachrichtenquader, 248

455

Near-Far Problem, 415 Nebenstellenanlage, schnurlose, 372 Nyquist, H., 189 Nyquist-Bandbreite, 189

o Odyssey, 409 OFDM, 174; 182 öffentliche Mobilfunksysteme, 6 Okumura-Modell, 77 OmniTRACS, 407 On-OffKeying, 157 OOK,157 Orthogonalität, 247 Orthogonalitätsbedingung, 216 OSI-Model, 317

p

Paging, On Site, 383 Paging, Wide Area, 383 Paging-Kanal, 411 Paketzugriffsverfahren, 275 Paritätskontrolle, 212 Paritätsmatrix, 216 PCM,240 PCN,8 PCS, 7 PDC, 368 Pfadverlust-Vorhersagemodelle, 73 Phasenumtastung, 158 PHS, 428 Pilotkanal, 410 Planungswerkzeuge, 136 PLATON,422

456

PMR, 397 POCSAG-Standard, 385 Poisson-Verteilung, 111 Polynomdarstellung, 226 Preambel,255 PRMA,281 PRMA++,282 PROMETIffiUS, 417 Prozeßgewinn, 262; 270 Pulse Code Modulation, 240

Q Quadratur-Amplitudenmod., 163 Qualcomm, 407; 409 Quantisierungsrauschen, 240

R RACE,422 Radio Data System, 385 Raised-Cosine-Filter, 173; 189 Rake-Empfänger, 416 Rauschen, lIf-, 90 Rauschen,antropogenes,90 Rauschen, Schrot-, 89 Rauschen, thermisches, 88 Rauschleistungsdichte, 191 Rayleigh-Kriterium, 68 Rayleigh-Vert., 11; 28; 140; 200 RD-LAP,392 Reed Muller Code, 216 Reed Solomon Codes, 223 Reflexionsfaktor, 67 RELP, 243 Repeater, 400 Ressourcenmanagement, 379 Rice-Verteilung, 11; 34 Ricescher Faktor, 35 Roaming, 4; 13

s SAFF-Verstärker,253 SAGEM,418 SAINT, 423 Satellitensysteme, 405 SCALL,386 Schieberegistergenerator, 265 Schnurlose Telefone, 372 Schutzzeit, 258 SCPC-Technik, 249 SDMA,284 Seitenbänder, 149 Sendeleistung, Effektive, 66 Shannon,211 Short Message Service, 310 Signalformcodierung, 238 Slot, 255 Schmalbandsystem, 44 SOCRA TES, 418 soft capacity limit, 415 Soft Decision, 230 Soft-Handover, 105; 415 Spektrale Effizienz, 183; 295 Sprachcoder, 237 Spreizsequenzen, 263 Spreizspektrumtechnik, 259 Suzuki-Verteilung, 139 Synchronisation, 258 Synchronisationskanal, 411 Syndrom, 217 systematischer Code, 216

T Teilnehmerkapazität, 121 Teilnehmermobilität, 13 TELDESIC, 409 Telepoint-Systeme, 374 TETRA,399

Index

Index

TFTS,401 Timing Advance, 258 Toll Quality, 241 Tracking, 269 Trellis-Diagramm, 227 TSUNAMI,423

u UMTS,417 UPT,417

v VCO,153 Verkehrs- und Bedientheorie, 108 Verkehrs angebot, 109 Verlustsystem, 109 Versorgungsanalyse, 139 Versorgungswahrscheinlichkeit, 140 Vielfachzugriffsverfahren, 245 Viterbi, Dr., 231 Viterbi-Decodierer, 231 Vocoder, 238; 242 Voice Activity Detector, 357 VSELP,243

w Walsh-Folgen,268 Wartesystem, 109 Waveform Encoding, 238 Wiederverwendungsabstand, 12; 95 Wiener-Khintchine-Theorem, 178

x X.25,394

z Zeitduplex, 293 Zeitmultiplex, 255 Zeitschlitz, 255 Zell-Sektorisierung, 297

457

Zell geometrie, 143 Zuordnungswahrscheinlichkeit, 141 Zustandsdiagramm, 227 zyklische Codes, 221

Informationstechnik Herausgegeben von Prof. Dr.-Ing. Norbert Fliege, Hamburg-Harburg

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