ScholarWorks@Gachon: Yoo, Joon

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Yoo, Joon (유준)

College of IT Convergence (Department of Software)

Research Area: 무선네트워크

Tel 0317508659
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WiFi:4||IoT:4||Multipath TCP:3||machine learning:3||Machine learning:2||routing:2||Capture effect:2||Energy management system:2||short flow performance:2||Diversity:2||deep learning:2||packet scheduling:2||ZigBee:2||PHY/MAC protocols:2||Vehicular networks:2||CNN:1||CSI feedback overhead:1||Cancer Detection:1||Cancer Diagnosis:1||Cancer detection:1||Cloud data center networks:1||Cloud edge computing:1||Cluster head reelection:1||Clustering:1||Coexistence:1||Concurrent transmission:1||Congestion avoidance:1||DQN:1||Data Balancing:1||Deadline awareness:1||Deep deterministic policy gradient:1||Deep learning:1||Deep reinforcement learning:1||Demand response:1||Diagnostic methods:1||Energy level:1||Fairness:1||Feature Extraction:1||Feature extraction:1||Feedback control:1||Flow completion time:1||Fullduplex:1||GLCM:1||Heterogeneous network:1||Heterogeneous networks:1||Hypothesis test:1||IEEE 802.11:1||Interference mitigation:1||Internet of Things:1||IoT devices:1||IoT platform:1||LTE communication:1||Lung cancer:1||MAC:1||MPTCP Scheduler:1||MUMIMO:1||Medium access control:1||Message in message (MIM):1||Microgrid:1||Mixed integer nonlinear programming:1||NPC:1||Netzero building:1||Network monitoring:1||Neuroimaging:1||Optimization:1||PEFT:1||PI:1||PID:1||PMSG wind turbine:1||Packet classification:1||Partition/Aggregate pattern:1||Passive online detection:1||Physical carrier sense:1||Privacypreservation:1||QoS provisioning:1||RFID:1||Receiver centric:1||Responsive loads:1||Road Vehicle Density:1||Routing Protocol:1||SALP swarm algorithm:1||SVM:1||Scalability:1||Scalable congestion control:1||Scheduling:1||Segmentation Methods:1||Sensor data analysis:1||Signal correlation:1||Skin cancer:1||Software convergence:1||Software education:1||Stateofart analysis:1||Time reservation:1||Traditional Machine Learning:1||Transfer learning:1||User selection:1||VANET:1||Variablelength Bloom filter:1||Vehicular WiFi access:1||Vehicular ad hoc networks:1||Vehicular management system:1||WLANs:1||WiFi detection:1||Wireless Network:1||Wireless mesh networks:1||Wireless sensor network:1||accelerometer sensor:1||active power distribution network:1||ad hoc networks:1||adapter transformer:1||analysis:1||blockchain integration:1||blockchain technology:1||business process management:1||cancer detection:1||capture effect:1||carriers sensing:1||cloud data center networks:1||collision tree:1||colorectal cancer:1||consensus blockchain technology:1||consortium blockchain technology:1||conventional neural networks:1||cyberattack:1||data center networks:1||deep reinforcement learning:1||drunk driving:1||edge computing:1||efficiency:1||energy management system:1||enterprise architectures:1||expert systems:1||fast coupled retransmission:1||feature extraction:1||federated learning:1||financial innovation:1||financial operations:1||finetuning:1||freeze scheduler:1||fuzzy:1||gastric cancer:1||handoff:1||highavailability redundancy protocol (HSR):1||highway safety system:1||incast congestion:1||integration:1||intelligent credit card system:1||intelligent infrastructures:1||internet of things:1||latency:1||locationbased danger detection system:1||lowmemory:1||machine learning applications:1||malicious vehicle detection:1||mathematical formulation:1||maximum power point tracking:1||microgrid management system:1||mobile WiFi:1||multiarmed bandit problem:1||multilabel:1||multirate:1||multipath QUIC:1||multipath TCP (MPTCP):1||multipleinputmultipleoutput (MIMO):1||natural language processing:1||nonsaturated:1||ongrid operating modes:1||optimization:1||packet collision:1||parallel redundancy protocol (PRP):1||partial shade:1||photovoltaic system:1||preprocessing:1||receivercentric:1||reinforcement learning:1||risk management:1||robotic process automation:1||scalability:1||scheduler:1||sensor:1||signal classification:1||signal detection:1||smart devices:1||smart mobile device:1||smart watch:1||softwaredefined networking:1||sparse reward:1||substation communication network:1||sustainability:1||tag identification:1||taskoriented dialogue system:1||traditional machine learning:1||training efficiency:1||transfer learning:1||vehicular networks:1||virtual congestion window:1||virtual network function:1||wearable device:1||가속도 센서:1||고속도로 안전시스템:1||머신러닝:1||센서:1||스마트 모바일 기기:1||스마트워치:1||신호 발견:1||신호 분류:1||와이파이:1||와이파이 감지:1||웨어러블 기기:1||위치기반 위험탐지 시스템:1||음주운전:1||4thindustrial revolution:1||지그비:1||6G network:1||6G technology:1||802.11 DCF:1||802.11 frame aggregation:1||AI in finance:1||Alzheimer's disease:1||Anticollision algorithm:1||Artificial intelligence:1||Association control:1||Blockchain technology:1||Bloom filter:1||Brain tumor:1||Breast cancer:1||Business model:1||

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