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【正文】 Generic Part NCMS RRM support PartBS Radio Access Plane BS Backbone Plane NCMS RRM support PartBS Radio Access PlaneWiMAX CPE, BS and ASN GW (16d) PHY MACRRM HandoverAir Link SecurityIP and GRE ServicesEtherSFM/RRAGateway RouterServiceIntra ASN MobilityWiMAX Network ManagementDP FnCLI / SNMPAgentWiMAX BS WiMAX ASN Gateway PHY MACAir Link SecurityCPE ApplicationWiMAX CPEUDP/TCP/IPIP and GRE TunnelSFA/RRCDP FnCLI: Existed Tech : Developed in 2023 : Chipset provider17 NDSLab Copyright2023 MACNCMS Generic Part NCMS RRM support PartBS Radio Access Plane BS Backbone Plane NCMS RRM support PartBS Radio Access PlaneWiMAX CPE, BS and ASN GW (16e) PHY MACEtherGateway RouterServiceCLI / SNMPAgent () WiMAX BS WiMAX ASN Gatewayand AuthenticatorEAPWiMAX CPEPKMv2CLI: Existed Tech : Developed in 2023 : Chipset providerPKMv2PKMv1RRM HandoverEtherRADIUSAAA ServerIPEAP MethodGRE/IP TunnelDP CtrlSFMRRAPaging AgentHandover FnContext FnAuth RelayGRE/IP TunnelDP CtrlSFARRMPaging ControlIntra ASN MobilityContext FnAuth RelayEAP PHYEAP MethodR1R2 Transport Protocol Transport ProtocolRADIUSEtherR6 R318 NDSLab Copyright2023Outline? Background? IEEE Standardization and WiMAX Forum? WiMAX Systems Protocols Overview? Introduction to IEEE IEEE – Usage models– Work plane and documents– Requirements evaluation methodology– Network architecture reference model? Advanced features challenges of IEEE ? Next Wave Technologies in WiMAX19 NDSLab Copyright2023Future Technologies in WiMAX? Multihop Relay– Aiming at developing relay based on , to gain:? Coverage extension, and? Throughput enhancement– Scope? To specify OFDMA PHY and MAC enhancement to IEEE Std. for licensed bands to enable the operation of relay stations? Subscriber station specifications are not changed? Next Generation WiMAX2– Advanced Air Interface for BWA in the future? Moving towards 4G– Scope: ? To amend the IEEE WirelessMANOFDMA to provide an advanced air interface for operation in licensed bands ? To meet the cellular layer requirements of IMTAdvanced next generation mobile works? To provide continuing support for legacy WirelessMANOFDMA equipment20 NDSLab Copyright2023Copyright 169。 NDSL, Chang Gung University. Permission required for reproduction or display.IEEE Overview of IEEE Program? Since January 2023, the IEEE Working Group has embarked on development of a new amendment of the IEEE standard (., IEEE ) in order to meet the requirements of ITUR/IMTAdvanced (System Beyond IMT2023, fixed 1Gbps, mobile 100Mbps) for 4G systems while maintaining full backward patibility with the existing mobile WiMAX systems.? The standardization of IEEE and release of mobile WiMAX profile are expected to plete by the end of 2023.? IEEE utilizes OFDMA as the preferred multiple access method in the downlink and uplink to provide the stateoftheart broadband wireless access in the next decade.26 NDSLab Copyright202316m Documentation? Usage Models/Deployment Scenarios System Requirements– A set of possible deployment scenarios and applications of the standard? Evaluation Methodology– A plete set of parameters, models, and methodologies for the linklevel and systemlevel simulations that allow fair evaluation/parison of various technical proposals.– Channels Models: A set of spatial channel model parameters are specified to characterize particular features of MIMO radio channels to be used for simulating technical proposals for the future standard? System description document (SDD)? amendment? IMTAdvanced Proposal27 NDSLab Copyright2023Development Schedule of 16mCall for SDD details issued in Jul ’08First Call for Proposals for Text issued in Jul ’08Sep ’07*Jan’08* Nov 08*Initial P.Working DocMar ’09Letter Ballot Sponsor BallotSep ’09Nov ’08Nov ’07Jan ’09IEEE Amendment?IMT Advanced ProposalSystem DescriptionSystem Requir
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