ScholarWorks@Korea University: Eom, Doo Seop

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Eom, Doo Seop (엄두섭)

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Tel 3248
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MAC:3||WSN:3||deep learning:3||Wireless sensor networks:3||Localization:2||High Rate WPAN:2||transmission power control:2||Packet Buffering:2||smart grid:2||Wireless Sensor Networks:2||Mobile IP:2||UWB:2||QoS:2||IEC 61850:2||IEEE 802.15.6:2||offloading:1||onedimensional (1D) CNNs:1||exponential backoff MAC protocol:1||Enhanced distributed channel access (EDCA):1||MANET:1||Routing protocol and algorithms:1||independent sleep scheduling:1||false peak error:1||Wireless Multimedia Sensor Networks:1||멀티미디어:1||WSNs:1||Efficient Path Decision:1||WiMedia:1||Sensor Network:1||Assured Service:1||Wireless USB:1||ultra wideband:1||DiffServ:1||IEEE 802.15.4:1||Wireless Personal Area Network:1||ToF camera:1||simulation:1||leakage detection:1||censored Markov chain:1||wireless access in vehicular environments (WAVE):1||Healthcare:1||Network programming:1||Sensor networks:1||Field Programmable Gate Array:1||Digital Optical Unit:1||Noise Figure:1||Power efficiency:1||beacon interval shifting:1||Duty Cycle:1||Agent Data Gathering:1||Modulelinking:1||high rate WPAN:1||resource allocation:1||motion tracking:1||fairness:1||zigbee:1||VROI:1||timeseries signal deep learning framework:1||Pose and position estimation:1||constrained application protocol (CoAP):1||linkstate estimation:1||Adaptive beaconing MAC:1||Synchronous MAC:1||Indoor localization:1||interference mitigation:1||Variable Wakeup:1||Distributed MAC:1||Distributed Reservation Protocol:1||Mobility Support:1||TCP:1||glaucoma classification:1||mobile robot:1||internet of things:1||abstract communication service interface (ACSI):1||Sink Mobility:1||Code decoding:1||Reprogramming:1||promotion:1||wireless sensor networks:1||computer aided diagnosis:1||data imbalance:1||vision large language model:1||industrial sites:1||smartphonebased pedestrian dead reckoning:1||Excavator:1||gateway:1||Tactical data link:1||healthcare:1||Low Power Noise:1||Simultaneous Switching Outputs:1||Ubiquitous computing:1||body area network:1||센서 네트워크:1||Dynamic Duty Cycle:1||Time Synchronization:1||Marker:1||user interface:1||demotion:1||image preprocessing:1||stride length estimation:1||pipeline network localization:1||Ensemble convolutional neural network (CNN) and support vector machine (SVM):1||IEEE 802.11p/1609.4:1||machinetomachine (M2M):1||openplatform communication (OPC) unified architecture (UA):1||Transmission power control:1||interference:1||time delay estimation:1||crosscorrelaion:1||Distributed Reservation Protocol (DRP):1||RIO:1||Fairness:1||arcade video game:1||LRWPAN:1||color palette:1||3D model:1||vision AI:1||Cognitive radio:1||performance analysis:1||system configuration description language (SCL):1||wireless body area network (WBAN):1||TDMA:1||energy efficiency:1||wireless body area network:1||Navigation:1||WMSN:1||Performance:1||Network Mobility:1||Congestion Control:1||WiMedia MAC:1||Assured services:1||manipulator:1||point cloud:1||sustainable AI system:1||edge computing:1||indoor localization:1||Machineguidance:1||throughput:1||Wireless body area network:1||BTree:1||Body area network (BAN):1||Asynchronous:1||subsample delay estimation:1||Mobile robot:1||Measurement:1||Differentiated Services:1||medical image analysis:1||ROI:1||robotics:1||AI technology:1||

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