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Appendix AGlossary pDVBECCAECLEMENEPRAESETSETSIFA-TDMAFECFIFOFSMFTPFTTCFTTHGBHDSLHEHFCHSIBICIEEEIETFIHLIIMINAIPISDNISPITUDigital Video BroadcastEuropean Cable Communications AssociationEuroCableLabsEuro ModemEuropean NormEnhanced Pure Reservation-AccessEuropean StandardEuropean Telecommunication StandardEuropean Telecommunication Standard InstituteFrequency Agile – Time Division Multiple Access DivisionForward Error CorrectionFirst In First OutFinite State MachineFile Transfer ProtocolFibre To The CurbFibre To The HomeGuard BandHigh data rate Digital Subscriber LineHeadendHybrid Fibre CoaxialHeader SuppressionIn BandInteraction ChannelsInstitute of Electrical and Electronic EngineersInternet Engineering Task ForceInternet Header LengthInteractive Interface ModuleInteractive Network AdaptorInternet ProtocolIntegrated Systems Digital NetworkInternet Service ProviderInternational Telecommunications UnionA-ii
Appendix AGlossary pkbpsLANLLCMACMANMAPMCIMCNSMPEGMPEG-TSMSOsMVANATNICNIUNTTNVODONUOOBOPNETOSIPCIPCSPCMPDFPDUPGPHYPONPOTSPPPPRAQAMKilobits per secondLocal Area NetworkLogical Link ControlMedia Access ControlMetropolitan Area NetworkMAC Management AccessMAC Control InformationMultimedia Cable Network SystemsMotion Pictures Experts GroupMotion Pictures Experts Group Transport StreamMultiple Service OperatorsMean Value AnalysisNetwork Address TranslatorNetwork Interface CardNetwork Interface UnitNippon Telegraph and TelephoneNear Video On DemandOptical Network UnitOut Off BandOPtimised Network Engineering ToolOpen System InterconnectionPeripheral Component InterconnectPersonal Communications ServicePulse Code ModulationProbability Density FunctionProtocol Data UnitPiggyback Request<strong>Ph</strong>ysical InterfacePassive Optical NetworkPlain Old Telephone SystemPoint to Point ProtocolPure Reservation AccessQuadrature Amplitude ModulationA-iii
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I would like to thank all the peopl
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CHAPTER 6: OPTIMISATIO OF CRA ALGOR
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FIGURE 5.17 - SYSTEM THROUGHPUT VS.
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LIST OF TABLESTABLE 2.1 - NEXT GENE
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Chapter 1Introduction pBecause of h
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Chapter 1Introduction pA first step
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Chapter 1Introduction passumption i
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Chapter 1Introduction ppolynomial b
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Chapter 1Introduction pIn general,
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Chapter 1Introduction pminislots to
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Chapter 1Introduction pThe authors
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Chapter 1Introduction prate access
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Chapter 1Introduction p1.4 Overview
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Chapter 2OVERVIEW OF CURRENT CATVNE
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Chapter 2Overview of current CATV n
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Chapter 3THE DVB/DAVIC PROTOCOL3.1
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Chapter 3The DVB/DAVIC protocol pEu
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Chapter 3The DVB/DAVIC protocol pMA
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Chapter 3The DVB/DAVIC protocol pTh
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Chapter 3The DVB/DAVIC protocol p3.
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Chapter 4Simulation and analytical
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Chapter 5Upstream channel capacity
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Chapter 6Optimisation of CRA using
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Chapter 7PERFORMANCE OPTIMISATION F
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Chapter 7Performance optimisation f
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Page 189 and 190: Chapter 7Performance optimisation f
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Page 217 and 218: Chapter 8Final conclusions pfocused
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Page 227 and 228: Chapter 8Final conclusions pApplica
Page 229 and 230: Chapter 8Final conclusions pTCIS st
Page 231 and 232: Referencesp[17] I. Cidon, and M. Si
Page 233 and 234: Referencesp[50] N. F. Huang, C. A.
Page 235 and 236: Referencesp[85] V. Rangel, R. Edwar
Page 237 and 238: Referencesp[112] K. Sriram, “Meth
Page 239: APPEDIX A: GLOSSARYAALABRADSLATMBCB
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Page 245 and 246: Appendix BProtocol stack and packet
Page 247 and 248: Appendix BProtocol stack and packet
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Page 253 and 254: Appendix EResults for a 6 Mbps upst
Page 255: Appendix FGuide to CD-ROM p IEEE802
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