ScholarWorks@Hongik: Kim, Eunsam

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Kim, Eunsam (김은삼)

Engineering (Department of Computer Engineering)

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P2P streaming:8||P2P 스트리밍:5||distributed computing:4||Mobile IPTV:4||P2P live streaming:4||SSD:3||OSGi:3||P2P cloud storage:3||computer networks:3||FCAL multiple loops:2||NEMOenhanced SLP:2||Distributed computing:2||멀티미디어 서버:2||Hybrid PeertoPeer Structure:2||모바일 IPTV:2||peer to peer computing:2||Network mobility support:2||Interval caching:2||Servers:2||P2P Live Streaming:2||cloud computing:2||P2P Streaming:2||content distribution networks:2||이레이져 코딩:2||P2P video streaming:2||P2P 라이브 스트리밍:2||P2P 클라우드 스토리지:2||Block mapping:2||IPTV System:2||service composition:2||타임시프트 기능:2||PVR(Personal Video Recorder):2||Page mapping:2||PeertoPeer Streaming:2||erasure coding:2||Adaptive Buffering:2||file system:2||flash memory:2||IPTV 시스템:2||VCR Operations:2||Power management:2||Prefetching:2||meshbased:2||VOD:2||metadata:2||middleware:2||Handover scheme:2||VOD(Video On Demand):2||Push transmission method:2||PushMesh Structure:2||RAID:2||Multimedia servers:2||Localityaware overlay network:1||Logstructured File System:1||Logstructured file system:1||MSG:1||MST:1||Meshpull structure:1||Metadata:1||Multimedia Server:1||Multipleloop architecture:1||NVRAM:1||Neighbor selection:1||NonVolatile RAM (NVRAM):1||P2Pbased video streaming:1||PVR:1||Personal Video Recorders:1||Playback lag:1||Popularityaware prefetching:1||Provenance:1||Replication:1||SCM:1||SCM(Storage Class Memory):1||SCM(스토리지 클래스 메모리):1||SLA:1||SOA:1||Scalable content sharing architecture:1||Segment Cleaning:1||Service discovery for mobile networks:1||Shared disk:1||Slack space recycling:1||Smart contract:1||Social network:1||Solid state drive:1||Storage saving schemes:1||TOSCA:1||TOSCA (Topology and Orchestration Specification for Cloud Applications):1||TTL 기반 피어 그룹핑:1||TTLbased peer grouping:1||TV:1||Time factors:1||Timeshifting:1||Timeshift functions:1||Transaction:1||User interactivity support:1||VCR 연산:1||VCRlike functionalities:1||VOD systems:1||Video file streaming:1||Video playback:1||Video seeking latency:1||Watches:1||Wholenetwork mobility:1||a hierarchy of virtual service registries:1||adaptive buffering:1||adaptive chunk selection:1||autoscaling:1||big data:1||buffer map disparity:1||caching:1||capabilitycentric:1||chunk selection:1||cloud federation:1||cloud orchestration:1||community networks:1||cooperative recording:1||crossdomain service composition:1||data availability:1||data redundancy scheme:1||deduplication:1||distributed information systems:1||distributed storage system:1||dynamic Web service proxy:1||dynamic service binding:1||energy:1||file sharing:1||flash translation layer (FTL):1||hybrid pushpull:1||image similarity:1||interval caching:1||kernel prefetching:1||keyword search:1||model translation:1||modeldriven development:1||modern stream processing engine:1||neighbor peer selection scheme:1||networked PVRs:1||nonvolatile RAM:1||nonvolatile RAM (NVRAM):1||nonvolatile ram (nvram):1||orchestration:1||overshooting:1||peertopeer:1||peertopeer computing:1||personal video recorders:1||playback continuity:1||playback deadline:1||playback jumping operation:1||power management:1||prefetching:1||program availability:1||protocols:1||provisioning:1||push/pull transmission method:1||rarestfirst:1||readahead:1||realtime video playback:1||reference pattern:1||remote wire object:1||rolebased:1||scalable content sharing architecture:1||servers:1||service computing:1||service discovery for mobile networks:1||serviceoriented systems engineering:1||software architecture:1||software as a service:1||storage class memory (scm):1||storage efficiency:1||streaming media:1||timeshift functions:1||timeshifted viewing:1||video streaming:1||virtual machine:1||watermarking:1||wholenetwork mobility:1||write cache:1||가비지 콜렉션:1||계층적 오버레이 구조:1||구간 캐슁:1||구간 캐싱:1||그룹핑:1||데이터 가용성:1||데이터 배치:1||데이터 이동/중복:1||데이터 중복 기법:1||로그 구조 파일 시스템:1||메시풀 구조:1||버퍼 캐시:1||분산 저장 시스템:1||블록 사상:1||비디오 스트리밍:1||비디오 재생:1||서비스 조합(Service Composition):1||세그먼트 클리닝:1||실시간 비디오 재생:1||쓰레기 수집:1||에너지:1||에너지 절약 기법:1||에너지 효율성:1||에이전트 피어:1||웹 서비스(Web Services):1||이웃 피어 선정 기법:1||재생 시점 이동 연산:1||재생 연속성:1||적응적 버퍼링:1||전원 관리:1||지역성:1||지역성 기반 오버레이 네트워크:1||캐치업 TV:1||통합 버퍼링 기법:1||트랜잭션:1||파일 공유:1||파일시스템:1||페이지 사상:1||푸시 전송 방식:1||푸시메시 구조:1||프로그램 가용성:1||플래시 메모리 저장장치:1||피어투피어 스트리밍:1||하이브리드 피어투피어 구조:1||핸드오버 기법:1||A hierarchy of virtual service registries:1||협력 버퍼링 기법:1||Agent Peer:1||Bandwidth:1||Blockchain:1||Broadcasting:1||Buffer Cache:1||Buffer management:1||Buffering:1||Caching:1||Catchup TV:1||Cleaning:1||Community networks:1||Connection switching:1||Cooperative buffering:1||Cooperative buffering scheme:1||Cost model:1||Data Migration/Replication:1||Data placement:1||Decentralized identifier:1||Decentralized workflow:1||Disk scheduler:1||Distributed appliance:1||Docker:1||Energy Efficiency:1||Energy efficiency:1||Energy saving:1||Erasure coding:1||FTL (Flashmemory Translation Layer):1||FTL(Flashmemory Translation Layer):1||File System:1||File system:1||Flash Translation Layer (FTL):1||Flash memory:1||Flash memory storage:1||Flash translation layer (FTL):1||Garbage Collection:1||Garbage collection:1||Grouping:1||Hierarchical overlay structure:1||Highquality contentsharing:1||Hybrid redundancy scheme:1||IPTV systems:1||Idleness:1||Implementation study:1||Integrated buffering scheme:1||Interval Caching:1||JanusFTL:1||Kubernetes:1||Layout:1||Lazy indirect block update:1||Linux:1||Locality:1||

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94, Wausan-ro, Mapo-gu, Seoul, 04066, Korea02-320-1314

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