ScholarWorks@Soongsil University: Noh, Dong Kun

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Noh, Dong Kun (노동건)

College of Information Technology (Department of Smart Systems Software)

Research Area: 컴퓨터학, 내장형 시스템, Computer Engineering, Embedded System

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Wireless sensor network:10||무선 센서 네트워크:7||mobile sink:6||태양 에너지:6||solarpowered:6||wireless sensor network:6||energyharvesting:5||compression:4||Solarpowered:4||Energyharvesting:4||wireless sensor networks:4||solar energy:4||Solar energy:4||FEC:4||모바일 싱크:3||CTP:3||Wireless Sensor Network:3||Mobile Sink:3||Simulation:3||blackout time:3||energyaware:3||LoraWAN:2||REST API:2||RS code:2||Clustering:2||AIoT:2||Complexity analysis:2||Wireless power transmission:2||Wireless sensor networks:2||Compression:2||throughput:2||AI:2||clustering:2||wireless power transfer:2||data compression:2||Mobile sink:2||Circuit construction:2||Encryption:2||Internet of things:2||energy adaptive:2||SolarCTP:2||무선 전력 전송:2||SolarPowered:2||forward error correction:2||Energy Harvesting:2||latency:2||IoT:2||Classification:2||Onionrouting:2||Anonymity:2||에너지 수집:2||에너지 적응형:2||ReedSolomon coding:1||Reinforcement Learning:1||Scheduling:1||Secured DNS:1||Sensingrate:1||Sensor network:1||Sequential Forward Selection:1||Simulator:1||Solar Energy:1||Taskoffloading:1||Topology control:1||Training contents:1||Transmission range:1||UAV:1||Uninterruptable generator supply:1||User engagement:1||Virtual reality:1||Wine Quality:1||Wireless Power Transfer:1||Wireless Sensor Networks:1||Wireless Snesor Network:1||Workload:1||aggregation:1||compression rate:1||data collection:1||deep learning:1||distributed AI:1||drone:1||edge AI:1||endtoend delay:1||energy adaptive routing:1||energy harvesting:1||energy sharing:1||environmental sound classification:1||hierarchical topology:1||linkquality:1||location information:1||location service:1||longterm WSN:1||mobile systems:1||multiring:1||multimedia broadcasting:1||network lifetime:1||realtime broadcasting:1||rechargeable:1||scalable:1||sensing rate:1||sensing rate control:1||sensor networks:1||solarCTP:1||solarpowered IoT:1||speech enhancement:1||timing analysis:1||topology control:1||transmission range:1||wireless power transmission:1||wireless sensor networks.:1||가상현실:1||교육 콘텐츠:1||네트워크 접근 제어:1||데이터 압축:1||드론:1||딥러닝:1||리드솔로몬 코딩:1||링크 품질:1||모터 제어:1||무선센서네트워크:1||배터리기반 센서시스템:1||보안DNS:1||분산 AI:1||사용자 몰입도:1||센서 네트워크:1||스케줄링:1||시뮬레이터:1||실시간 방송:1||실시간 시스템:1||알카라인 배터리:1||에너지 공유:1||엣지 AI:1||오류제어:1||위치정보:1||음성 향상:1||임베디드 시스템:1||자료수집:1||잔여에너지양:1||종단 간 지연시간:1||지능형 자동차:1||차세대 방화벽:1||클러스터링:1||클러스터링 기법:1||태양 에너지 수집형 IoT:1||하모니 서치 알고리즘:1||햅틱 디바이스:1||환경음 분류:1||Accuracy:1||Advanced encryption standard (AES) cipher:1||Aggregation:1||Alkaline battery:1||Allocation:1||Anchor node:1||Audio deeplearning:1||Batterybased sensor system:1||Blackout time:1||Cluster:1||Command and control:1||Cyber crime:1||DNS tunneling attack:1||DNS 터널링 공격:1||Data collection:1||Data compression:1||Data preprocessing:1||Decision Tree:1||Dualline:1||Edgecomputing:1||Embedded Systems:1||Energy consumption:1||Energy harvesting:1||Energy sharing:1||Energyaware:1||Error control:1||Estimation scheme of residual energy:1||Haptic device:1||Harmony Search Algorithm:1||Intelligent Vehicle:1||Intrusion detection system:1||LinkQuality:1||Load balancing:1||Lowlatency:1||MPEG4 scalable video:1||MPEG4 스케일러블 비디오:1||Machine learning:1||Migration:1||Mobile Edge Computing:1||Mobile device:1||Monitoring server:1||Motor Control:1||NAC:1||NGFW:1||Network flow:1||Network performance:1||Qlearning:1||QoS:1||Realtime OS:1||Realtime Systems:1||ReedSolomon:1||

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