ScholarWorks@Gachon: Kim, Woo Seong

Detailed Information

Kim, Woo Seong (김우성)

College of IT Convergence (Department of Computer Engineering)

Research Area

Tel 031-750-8906
Homepage

ResearcherID ORCiD Scopus Google Scholar ID ResearchGate

Keyword

Blockchain:4||machine learning:4||Jamming:4||deep learning:4||Poisson point process:3||5G:3||jamming:3||Matern cluster process:3||sarcopenia:3||IEEE 802.11ad:2||Wireless sensor network:2||6G:2||fire detection:2||YOLOv8:2||convolutional neural network:2||cryptocurrency:2||Energy efficiency:2||scheduling:2||Internet of Things:2||maritime communication:2||mmWave:2||Boresight:2||blockchain:2||UAVs:2||IoT:2||ensemble learning:2||PPP:2||unmanned aerial vehicles:2||HetSNets:1||Heterogeneous networks:1||Hybrid channel assignment:1||IDS:1||Indoor Wireless Environment:1||Information centric networking:1||Intelligent transportation, vehicular cloud:1||Interference:1||Internet of Things (IoT):1||Knearest neighbors:1||KDDCup ’99:1||KNHANES:1||LAP:1||LIME:1||LSTM:1||LT Code:1||LTE advance:1||LTEWiFi aggregation:1||Load balancing:1||Localization:1||Low altitude platforms:1||M2M:1||MCP:1||MRGW:1||Maxmin fairness:1||Measurement:1||Millimeter wave:1||Mixture of experts:1||MmWave spectrum:1||MmWave:1||Multichannel:1||NIDS:1||NSLKDD:1||Network:1||Network function virtualization:1||Neutral systems:1||POMDP:1||PSO:1||Payment channel network:1||Personal IoT:1||Pico cells:1||Poisson line process:1||Poisson process:1||ProofofAuthority:1||Protocols:1||RFID:1||RNN:1||RSSI:1||Range free:1||Receivers:1||Resource allocation:1||Roads:1||Routing:1||SDN:1||SMOTETomek:1||Sarcopenia data:1||Selfsupervised learning:1||Small cell:1||Smart contract:1||Smartphone:1||Stochastic geometry:1||TCP:1||TCP performance:1||TDOA:1||TOA:1||Trajectory prediction:1||TranSDet:1||UV2X communications:1||UAV base station:1||UNSW NB15:1||UWSN:1||Unmanned aerial vehicles:1||V2X:1||V2X communications:1||VANET:1||Vehicular Blockchain:1||Vehicular cloud:1||Vehicular communications:1||Vehicular fog:1||Vehicular fog Computing:1||WLAN:1||WSN:1||WiGig:1||Wireless backhaul mesh, deep reinforcement learning:1||Wireless beam forming:1||Wireless heterogeneous network:1||Wireless sensor networks:1||XGBoost:1||activities of daily living classification:1||adaptive synthetic sampling:1||additional boundary conditions:1||ambient sensor:1||autonomous ship:1||autonomous surface ship:1||brushfire spread:1||cellular networks:1||class imbalance:1||cloud computing:1||coalition formation game:1||communication:1||compatibility condition:1||concurrent connection:1||contract theory:1||custom dataset:1||cybersecurity:1||data collection and processing:1||decision making:1||difference schemes:1||edge computing:1||elderly:1||electric vehicle charging station:1||energy management system:1||equilibrium equations:1||expert systems:1||explainable AI:1||fairness:1||feature selection:1||federated learning:1||fire disaster:1||forest fire:1||fuzzy sets:1||gated recurrent unit:1||gateway:1||genetic algorithm:1||geometric characteristics:1||heterogeneity:1||histogram equalization:1||human activity recognition:1||hyperparameter optimization:1||hypomicroselementosis:1||imputation techniques:1||inertial filter:1||inertial sensors:1||infrastructure:1||intrusion detection system:1||intrusiondetection system:1||iteration and variable direction method:1||ketosis:1||latency:1||localization:1||locomotion prediction:1||long shortterm memory:1||maritime:1||maritime Strategy:1||maritime business management:1||mean estimation error:1||microgrid:1||missed data:1||mmWave spectrum:1||mobile RAN:1||modelpoisoning attack:1||multirat:1||multimodal locomotion:1||multiparty payment channel:1||multiple imputation by chained equations:1||nonIID:1||object detection:1||optimization:1||osteodystrophy:1||particle swarm optimization:1||payment channel network:1||payment network:1||physical activity:1||quality of life:1||random forest:1||recursive feature elimination:1||routing:1||sarcopenia prediction:1||secondary osteodystrophy:1||signal processing:1||simultaneous utilization:1||smart contract:1||smart grid:1||socioeconomic:1||support vector machine:1||support vector regression:1||surveillance system:1||task execution:1||testbed:1||unmanned aerial vehicle:1||vehicletoeverything:1||vehicular communications:1||vehicular fog:1||vehicular networks:1||vessel traffic management:1||visual sensors:1||voting classifier:1||wildfire incidents:1||workflows:1||권한증명:1||무선랜:1||블록체인:1||스마트 컨트랙트:1||실내 무선 환경:1||암호화폐:1||1DCNN:1||측정:1||5GAdvanced:1||65XX:1||Automobiles:1||Beamwidth:1||Blockchain Synchronization:1||CV2X communications:1||CNN:1||CatBoost:1||Cellular communications:1||Cognitive radio:1||Communication Sciences:1||Content cache:1||Content routing:1||Cryptocurrency:1||Cryptocurrency:1||Deep reinforcement learning:1||Distributed algorithm:1||Distributed federated learning:1||EdgeIIoTset:1||Energy saving:1||Evolutionary game:1||Fall detection:1||Fault tolerance:1||Flying ad hoc network:1||GA:1||GRU:1||Green networking:1||

RSS_1.0 RSS_2.0 ATOM_1.0

1342, Seongnam-daero, Sujeong-gu, Seongnam-si, Gyeonggi-do, Republic of Korea(13120)031-750-5114

Certain data included herein are derived from the © Web of Science of Clarivate Analytics. All rights reserved.
You may not copy or re-distribute this material in whole or in part without the prior written consent of Clarivate Analytics.

Detailed Information

Keyword

BROWSE