ScholarWorks@Soongsil University: Kim, Young Han

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Kim, Young Han (김영한)

College of Information Technology (Department of IT Convergence)

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Internet of Things:7||Proxy Mobile IPv6:7||IMS:7||CoAP:6||IoT cloud:6||6LoWPAN:6||MANET:6||PMIPv6:5||wireless sensor network:5||Cloud computing:5||RPL:4||machine learning:4||QoS:4||Edge computing:4||Kubernetes:4||Mobile IP:4||CLUE:4||Quality of service:3||4K:3||WSN:3||SIP:3||NFV:3||게이트웨이:3||information objects:3||gateway:3||Multiple Radios and Channels:3||OMCI:3||Network function virtualization:3||Wireless sensor networks:3||sensor cloud:3||peertopeer network:3||wireless sensor networks:3||P2P:3||PeertoPeer(P2P):3||IPTV:3||IMS(IP Multimedia Subsystem):3||energy efficiency:3||SDN:3||multiple chain architecture:3||Handover:2||VAR:2||Handover Latency:2||Hierarchical MIP:2||P2PSIP:2||Cloud:2||Loadaware:2||High availability:2||sensor network:2||sensor quality of information:2||Video Conference:2||8K:2||HybridConference:2||tactical backbone network:2||ICN:2||telepresence:2||Wireless Mesh Router:2||Predictive models:2||Wireless Network:2||user preference:2||Wireless network:2||Protocols:2||XGPON:2||ID separation protocol (LISP):2||adhoc:2||IEEE 802.15.4e:2||Edge cloud:2||다중 경로 라우팅:2||Metric:2||무선 네트워크:2||DVBH:2||channel change:2||cloud:2||conferencing service:2||EndtoEnd Delay:2||부하 분산:2||content based routing:2||RREQ aggregation:2||content store:2||RTCWeb:2||Mobile Ad hoc Network:2||서비스품질:2||DYMO:2||스케줄러:2||시그널 제너레이터:2||신호 발생기:2||delay time:2||Redundancy Problem:2||Resource management:2||Container:2||Mobile packet core:2||전술 백본망:2||Branch Node:2||edge computing:2||차등화서비스:2||초고선명:2||Routing:2||IPv6 이전 기술:2||텔레프레즌스:2||event notify:2||Multi channel:2||Delays:2||Information centric wireless sensor networking:2||Scalability:2||Fast MIP:2||Scheduler:2||DiffServ:2||Sensor:2||handover:2||Containers:2||industrial factory network:2||NATPT(Network Address Translation Protocol Translation)(1429):2||information centric networking:2||NEMO:2||Service function chaining:2||interactive sensor data prediction:2||AdHoc Network:2||Signal generator:2||NGN:2||load balancing:2||Adhoc:2||IoT:2||NetLMM:2||locator:2||Contention and Collision:2||OLSR:2||mobility management:2||IoT service function chains:2||multipath routing:2||Channel assignment:2||Forecasting:2||multiple applications:2||802.21 MIHS:2||Testbed:2||network function virtualization:2||Throughput:2||GDHT:2||LLTM:2||UHD:2||Geographic Routing:2||Distributed mobility management:2||Overlay Ad hoc Multicast:2||publish/subscribe:2||OpenStack:1||Openflow:1||Optical Burst Switch:1||Optimization:1||Orchestrator:1||Overlay network:1||P2P IPTV:1||P2P System:1||PMI Pv6:1||PMIPv6 RO handover:1||PTT interworking:1||PeertoPeer:1||Peertopeer:1||Peertopeer computing:1||Peertopeer network:1||PoC:1||Prediction algorithms:1||Provider Mobility:1||Proxy MIPv6:1||Proxy Mobile IP(PMIP):1||Proxy Mobile IP(프록시 모바일IP):1||Publish/Subscribe netwrok:1||Pushtotalk:1||QoS optimization:1||Quality of Service:1||REST:1||RNN:1||Raman spectroscopy:1||Realtime IPTV:1||Resource Optimization:1||Resource redundancy:1||Resourceefficient:1||Restful:1||Route Optimization Handover:1||SDN(Softwaredefined Networking):1||SDNbased mobile network:1||SDN/NFV:1||SFC deployment scheme:1||SFC(Service Function Chaining):1||SRIOV:1||Safety application:1||Scheduling function:1||Sensor Network:1||Sensor cloud:1||Serverless computing:1||Servers:1||Service Mobility Management:1||Service function chaining (SFC):1||Servicebased 5G core network:1||Signaling Cost:1||Signaling load:1||Smartpad:1||Smartphone:1||Software Defined Networking (SDN):1||Software defined networking:1||Softwaredefined mobile network:1||Stateless function:1||Subscribe/publish Service:1||Tactical Edge Computing:1||Tactical Network:1||Tactical Network (전술망):1||Testbed:1||Time slotted channel hopping:1||Topology:1||Transport Network:1||Unified framework:1||Unstructured data storage function:1||Usage Intention:1||UseDiffusion Model:1||VANET:1||VCC(Voice Call Continuity):1||VLAN Management:1||VM Migration:1||VM 마이그레이션:1||VNF placement:1||Vehicle adhoc network:1||Vehicular network:1||Vertical scaling:1||Vibration:1||Video:1||VirtualLocation:1||WiMAX:1||Wireless Adhoc Network:1||Wireless Mesh Networks:1||2계층 트리거:1||Wireless sensor and actor networks:1||XGPON1:1||anomaly detection:1||ant colony optimization (ACO):1||authentication:1||auto configuration:1||autoscaling:1||availability:1||binding update:1||cache retrieval:1||cache reusage:1||cache scheme:1||caching:1||container:1||content awareness:1||content delivery network:1||context transfer:1||control plane:1||cost efficiency:1||device identification information. device attribute information:1||device registry server:1||digital signage:1||disaster management services:1||distributed cloud:1||distributed mobility management:1||efficient interactive model:1||efficient multicast delivery:1||energy optimization:1||enhanced PMIPv6 route optimization handover:1||evolved packet system:1||factory network:1||fast multicast handover:1||fault detection:1||fipronil:1||flow mobility:1||fluidflow model:1||fog computing:1||food contaminations:1||forwarding scheme:1||fuzzy logic:1||high avaliability:1||icn:1||identifier separation protocol (LISP):1||information centric disaster management:1||informationcentric networking:1||interactive model:1||interworking:1||latency:1||latency guarantee:1||live streaming services:1||local optimization:1||location awareness:1||location interactive model:1||mesh network:1||mesh networks:1||mobile communication standard:1||mobility anchor failure:1||multicluster:1||multicast/broadcast services:1||multimedia PTT service:1||multimedia service:1||ndn nfv:1||network formation:1||noise environment:1||ondemand requirement:1||openstack:1||optimal service selection:1||parking management system:1||parking violation management system:1||priority of traffic:1||proactive faulttolerant:1||quality of service (QoS):1||reliability:1||reload:1||resource cost minimization:1||resource scheduling:1||scheduling algorithm:1||sdn/nfv:1||segment routing IPv6 (SRv6):1||sensing as a service:1||sensingasaservice:1||sensor cloud interactions:1||sensorcloud:1||service connectivity:1||service function placement:1||servicebased 5G core network:1||similarity index:1||smart cities:1||software update:1||tactical network:1||the Korean Institute of Communications and Information Sciences (KICS):1||timeslotted channel hopping:1||topology:1||user response time minimization:1||vEPC(Virtualized EPC):1||virtual client:1||virtualization:1||wireless home mesh network:1||wireless mesh networks:1||workload forecasting:1||게시/가입 네트워크:1||광대역 통합망:1||다변량 시계열 분석:1||다채널:1||대역폭 측정:1||매트릭스 스위처:1||멀티 채널/라디오:1||멀티미디어 서비스:1||모바일 아이피:1||무선 멀티홉 네트워크:1||무선 센서 망:1||무선 애드혹 망:1||무선 이동 애드혹 네트워크:1||방송망:1||분산 엣지 클라우드:1||비디오:1||산업 공장 망:1||상황인지 네트워크:1||서비스 이동성 관리:1||서비스 질:1||센서네트워크:1||애드혹 네트워크:1||엣지 클라우드:1||오버레이 네트워크:1||오토스케일링:1||위치/식별 분리 프로토콜(LISP):1||적합성 검사:1||전술네트워크:1||주소 자동 설정:1||지역 최적화:1||캐싱:1||커뮤니티 컴퓨팅 네트워크:1||컨퍼런싱 서비스:1||쿠버네티스:1||트래픽 우선순위:1||프록시 모바일 IP:1||하브브리드형 컨퍼런스:1||핸드오버:1||핸드오버 지연시간:1||핸드오프:1||호 접속 제어:1||화상회의:1||Wireless Multihop Network:1||5G Core Network:1||5G mobile network:1||6G:1||6P:1||6TiSCH:1||6top:1||802.11e:1||Ability:1||Actororiented routing:1||Adaptive low power listening protocol:1||Address Autoconfiguration:1||Anycast routing:1||Arbitrary traffic routing:1||AutoScaling:1||Availability zone:1||Bandwidth Estimation:1||BandwidthGuarantee Service:1||BrandExtension:1||Broadband Convergence Network:1||Broadcast:1||Building management system:1||Burst Assembly algorithm:1||CCN:1||COAP:1||Caching energy reward:1||Call Admission Control:1||Campus Network:1||Cellular Network:1||Class:1||Community Networks:1||Community computing network:1||Container Image:1||Container Workload Migration:1||Containerization:1||Content store:1||ContentCentric Networking:1||Context aware network:1||Control and data plane separation:1||Coordination:1||Cost Analysis:1||DFT calculations:1||DHT:1||DPDK:1||DYMO 라우팅 프로토콜:1||Data models:1||Deep Learning:1||DevicetoDevice:1||Direct Communication:1||Directional routing:1||Disaster response:1||Distributed Edge Cloud:1||Distributed Mobility Management(DMM):1||Distributed Mobility Management(분산 이동성 관리):1||Distributed mobility management(DMM):1||Duplicate Detection:1||Duty cycle:1||EAP:1||Edge Cloud:1||Emergency communication:1||Energy efficiency:1||Enterprise Network:1||Evaluation tool:1||Evolved packet core:1||FD.io:1||FMC(Fixed Mobile Convergence):1||Fault detection:1||Fault tolerant systems:1||Flat Architecture:1||Flow Mobility:1||Flow mobility:1||Fog computing:1||Future mobile network:1||Handoff:1||Hierarchical Mobile IN6:1||HighAvailability:1||Horizontal scaling:1||Hybrid Cloud:1||ID/LOC Separation(식별자/위치 분리):1||ILNP(식별자위치 네트워크프로토콜):1||IP Mobility:1||IP Mobility Management:1||IP flow mobility:1||IP multicast:1||IP networks:1||IP 이동성 관리:1||IaaS:1||Industrial Internet of Things:1||Industrial internet of things:1||Information objects:1||Informationcentric network:1||Intelligent sensors:1||Internet of things:1||InternetofThings (IoT) cloud:1||IoT service:1||IoTEdge:1||IoTcloud:1||IoTedge cloud:1||KubeEdge:1||LSTM:1||LTE:1||LTED2D:1||Layer2 Trigger.:1||Lightweight:1||Load balance:1||Local Connected Network:1||Location:1||Location/ID Separation Protocol(LISP):1||Low frequency:1||MAC protocols:1||MBS:1||MCBCS:1||MPLS:1||Machine learning:1||Matrix switcher:1||Measurement:1||Media floor control:1||Mesh Network:1||Micro EDM:1||Micro hole:1||Mobile Core Network:1||Mobile IPv6:1||Mobility Management:1||Mobility Management(이동성 관리):1||Motivation:1||Multichannel:1||Multicast:1||Multihoming:1||Multimedia Service:1||Multimedia broadcast multicast service:1||Multiparty communication:1||Multiple Interface:1||Multivariate Time Series:1||NFV(Network Function Virtualization):1||Named Data Networking:1||Named data networking:1||Network mobility:1||Network virtualization:1||OLSR protocol:1||OLT:1||ONT:1||OpenFlow:1||

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