ScholarWorks@Hanyang University: CHOI, JIN SEEK

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CHOI, JIN SEEK (최진식)

COLLEGE OF ENGINEERING (SCHOOL OF COMPUTER SCIENCE)

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Tel 02-2220-1129
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Demand Response:4||Computer architecture:3||interdomain provisioning:2||moving average:2||black out:2||IEEE 802.21:2||rubric:2||scalability:2||selfdirective learning:2||Orchestration:2||smart home:2||PBBTE:2||nonuniform traffic:2||IP switching system:2||technical analysis:2||Path computation:2||variable length packet switch. (288)I. INTRODUCTIONNext Generation Networks (NGN) can be characterized by the large number of connections and veryhighspeed transmission medias. In constructing N:2||SDN:2||Scheduling:2||Path computation element (PCE):2||MIS:2||OpenADR:2||Heterogeneous network:2||Energy management:2||Monitoring:2||IEC Standards:1||IEEE 802.1Qay:1||IP 페이징:1||Industries:1||Interworking:1||IoT:1||IoT(Internet of Thing):1||MACinMAC:1||MIH:1||MPLS Transport Profile(MPLSTP):1||MPLSTP network:1||MQTT:1||MQTT(Message Queuing Telemetry Transport):1||Management framework:1||Measurement:1||Media Independent Management:1||Media independent service:1||Meters:1||Multicast:1||Multiprotocol Label Switching(MPLS):1||NACF:1||NGN:1||Network integration testing:1||OpenADR 2.0b:1||OpenADR(Open Automated Demand Response):1||Openflow:1||Operation, administration, and maintenance (OAM):1||Optical OFDM:1||Path Computation Element(PCE):1||Path computation element:1||Path configuration:1||Path provisioning:1||Performance analysis:1||Protection:1||Protocol:1||Pull mechanism:1||Push mechanism:1||REST API:1||Renewable energy sources:1||RoF:1||Route optimization:1||SDRAN:1||Seamless Handover:1||Signaling protocol:1||Signalling:1||Smart grids:1||Smart homes:1||Smart meters:1||Smartgrid:1||Software defined topology discovery control:1||Softwaredefined provisioning control:1||Softwaredefined radio access network:1||Standards:1||Stateful:1||Stateful PCE:1||Switch over time:1||TCP RTO:1||Telecommunication traffic:1||Throughput:1||Topology discovery:1||Transport protocols:1||WLAN:1||Wraparound interaction testing:1||adaptive path routing:1||building energy management system (BEMS):1||building energy management system(BEMS):1||burst assembly process:1||carriergrade transport network:1||control and management:1||control packet process:1||controller agent:1||delay:1||element (PCE):1||energy management system (EMS):1||energy management system(EMS):1||handover:1||hierarchical PCE architecture:1||hierarchical interdomain provisioning:1||network softwarization:1||network topology:1||network virtualization:1||networkhypervisor:1||node dimensioning:1||optical burst switching (OBS):1||optical network:1||optical signal transmission:1||path computation element (PCE):1||perdomain provisioning:1||performance:1||proactive topology discovery protocol:1||provisioning:1||provisioning delay:1||proxy mobile IP:1||quality of experience (QoE):1||quality of experience(QoE):1||queueing analysis:1||radio resource management:1||reactive topology updating protocol:1||routing and wavelength assignment:1||shortest path routing:1||softwaredefined networking.:1||stateful PCE:1||system throughput:1||traffic load:1||간헐적 페이징 수신:1||기술적분석:1||루브릭:1||상호 운용성(interoperability):1||이동평균:1||자기주도적 학습:1||Advanced metering infrastructure:1||저전력 소비:1||Autonomic network:1||Broker:1||CRAN:1||CFM:1||Carrier Ethernet:1||Cloud computing:1||CoAP:1||Combinatorial interaction testing:1||Contextaware interaction testing:1||Control and management:1||Control plane architecture:1||Control protocol:1||Controllercentric network:1||Controllerdriven:1||Decision making:1||Delays:1||Distributed perdomain provisioning protocol:1||Energy IoT:1||Eventdriven:1||Fronthaul networks:1||GeneralizedMPLS(GMPLS):1||Hierarchical distributed PCE architecture:1||Hierarchical interdomain provisioning:1||Hierarchical topology discovery protocol:1||

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