CAU Scholar's Space: Paek, Jeong Yeup

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Paek, Jeong Yeup (백정엽)

소프트웨어대학 (소프트웨어학부)

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Tel 02-820-5402
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Internet of Things:11||RPL:10||IEEE 802.15.4:10||IPv6:7||Routing:7||Internet of Things (IoT):6||wireless sensor network:5||lowpower lossy network (LLN):4||routing:4||routing protocol:4||Wireless sensor networks:4||IEEE 802.1Qbv:4||TSCH:3||TimeSensitive Network (TSN):3||Schedules:3||BLE:3||Scheduling:3||Reliability:3||multihop:3||Switches:2||Bitcoin:2||6LoWPAN:2||Design:2||TCP:2||image sensors:2||TSN:2||interference:2||Logic gates:2||Lowpower Lossy Network (LLN):2||GFSK:2||Wireless fidelity:2||lowpower and lossy network (LLN):2||IEEE 802.1:2||lowpower lossy network:2||Lowpower and lossy network:2||TimeSensitive Network:2||wireless sensor network (WSN):2||wireless sensor networks:2||Lowpower and lossy network (LLN):2||Performance:2||network architecture:2||blockchain:2||Bluetooth Low Energy:2||Internet of things:2||Sensor networks:2||Authentication:2||congestion control:2||Agriculture:2||deep fading hole:2||Bandwidth:2||Jamming:2||Spread spectrum communication:2||Standards:2||Job shop scheduling:2||security:2||Channel state information:2||fingerprinting localization:2||Fingerprintbased indoor localization:1||Flow scheduling:1||Fog radio access network (FRAN):1||Game Theory:1||Generative Adversarial Network (GAN):1||Gompertz:1||Guideline:1||Hearting rate:1||Heating media:1||Heating rate:1||Huffman code:1||Hungarian method:1||ICP:1||IEEE 802.11:1||IEEE 802.11n:1||IEEE 802.15.1:1||IEEE 802.1CB FRER:1||IEEE 802.1Q:1||ITS:1||Image classification:1||Industry 5.0:1||Intelligent Transportation System:1||Intercell interference:1||Interference:1||Internet of Things (IoT).:1||Internet of Things.:1||Internet of things (IoT) lowpower lossy network (LLN):1||IoT:1||Iridescence:1||Iterative Closest Point:1||Kmeans clustering:1||Key recovery protocol:1||LRWPAN:1||Load Balancing:1||Local Area Network (LAN):1||Location awareness:1||Lowpower and Lossy Network:1||Lowpower and Lossy Network (LLN):1||Lowpower lossy network (LLN):1||MAC protocol:1||MEALPY:1||Metaheuristic:1||Metaheuristics:1||Mobile RSU:1||Monitoring:1||MultiConnection Scheduling:1||MultiView Extension:1||Multiaccess Edge Computing (MEC):1||Multicarrier nonorthogonal multiple access:1||Network performance evaluation:1||Network resource availability:1||Network simulation:1||Nonisothermal inactivation:1||Nonisothermal processing:1||Numerical modeling:1||OFDM:1||OSEKNDX:1||Online Lectures:1||Optimization:1||PLC Network:1||Pathogenic bacteria:1||Pedersen commitment:1||Peertopeer computing:1||Performance evaluation:1||Point Cloud Registration:1||Precision Agriculture:1||Protocol:1||Proximitybased application:1||RPL routing protocol:1||Realtime systems:1||Realtime Video Conferencing:1||Reckless driving detection:1||Reinforcement Learning:1||Reinforcement learning:1||Reliable:1||Remote Sensing:1||Remote sensing:1||Reputation:1||Resource Fairness:1||Resource management:1||Roadside Unit (RSU):1||Routing Protocol for LLN (RPL).:1||Routing protocols:1||SOME/IP:1||SWIPT:1||Safety:1||Satellite:1||Secure region detection (SRD):1||Security:1||Sensor:1||Sensors:1||Ship Detection:1||Signal detection:1||Smart chair:1||Software Defined Radio (SDR):1||Speech Recognition:1||Stress response:1||Structural color:1||Supply Chain Management:1||Surveys:1||Sustainable development:1||System as a Service (SaaS):1||System recovery:1||TAS:1||TX power adaptation:1||Throughput:1||Tiered network:1||Time Aware Shaper (TAS):1||Time factors:1||TimeAware Shaper:1||TimeAware Shaper (TAS):1||Timesensitive networking (TSN):1||Timeslotted communication:1||Timing:1||Topology:1||Training:1||Transmission Power:1||Transport protocol:1||Trust:1||UAVSatellite Integration:1||UAVs:1||Unicast:1||Unmanned Aerial Vehicles:1||V2I:1||V2V:1||V2X:1||VANETs:1||Vehicle motion tracking:1||VehicletoVehicle (V2V) Communication:1||Vehicletoeverything:1||Vehicletovehicle (V2V) communication:1||Vehicular Ad Hoc Networks:1||Vehicular Adhoc Network (VANET):1||Vehicular Network:1||Video Streaming:1||WLAN:1||Weibull:1||WiFi:1||WiFi:1||Wireless Camera Sensor Networks:1||Wireless Communication:1||Wireless Network Protocol:1||Wireless Sensor Network:1||Wireless communication:1||Wireless networks:1||ZigZag decoding:1||Zigbee:1||application platform:1||authentication:1||automated metering infrastructure (AMI) network:1||autonomous scheduling:1||backpressure algorithm:1||beacon:1||cell allocation:1||cellular V2X (CV2X) mode 4:1||channel diversity:1||channel state information (CSI):1||cloud computing:1||commitment schemes:1||cyclops:1||dataintensive computing:1||decentralization:1||deployment height:1||dissemination and collection:1||dissemination protocol:1||downward routing:1||dynamic scheduling:1||eCommerce:1||electronic attendance systems:1||embedded software:1||environmental monitoring:1||flow control:1||hashbased commitment:1||hierarchical architecture:1||iBeacon:1||image compression:1||innetwork caching:1||industrial network:1||interoperability:1||latency:1||load balancing:1||local area network:1||lowpower and lossy netework (LLN):1||lowpower and lossy networks (LLN):1||lowpower and lossy wireless networks (LLNs):1||machinetomachine (M2M) communication:1||mesh network:1||mobile remote radio head (RRH):1||mobility:1||motes:1||multihop wireless network:1||multipath fading:1||network measurement:1||oneclass classification (OCC):1||peer selection:1||peertopeer (P2P):1||peertopeer network:1||power line communication (PLC):1||proximitybased authentication:1||random access:1||rate control:1||rcrt:1||realtime Ethernet:1||realtime systems:1||residue time:1||resource allocation:1||resource balancing:1||routing protocol for LLN (RPL):1||routing topology:1||scheduling:1||secure region detection:1||secure region detection.:1||selective jamming:1||sensor applications:1||sensor network remote reprogramming:1||sensor systems and applications:1||serviceability maximization:1||smart grid:1||smart market:1||smartphonebased sensor networks:1||subGHz lowpower radio:1||tenet:1||the IoT authentication:1||threshold ECDSA:1||throughput:1||throughput analysis:1||tiered network:1||timesensitive network (TSN):1||timeslotted channel hopping:1||timeslotted channel hopping (TSCH):1||transmission power control:1||transmission range:1||transmit power:1||trickle algorithm:1||vehicletoeverything (V2X):1||vulnerability analysis:1||wireless:1||wireless mesh networks:1||wireless network:1||3GPP:1||wireless sensor networks (WSNs):1||5G heterogeneous network:1||AUTOSAR:1||AdalmPLUTO:1||Aerial Communication:1||Algorithms:1||Arduino:1||Asymmetric transmit power:1||Automation:1||Autonomous Vehicle Platform:1||BLE beacon:1||BLE)periodic advertising:1||Blockchain:1||Bluetooth Low Energy (BLE):1||Bluetooth low energy:1||Broadcast:1||COVESA:1||COVID19:1||CSMA:1||Caching:1||Calibration:1||Carrier frequency offset (CFO):1||Centralized:1||Channel State Information (CSI):1||Clear Channel Assessment (CCA):1||Closed Captioning:1||Cloud Computing:1||Cooptimization:1||Communication system security:1||Compounds:1||Congestion control:1||Content centric networks:1||Convergence:1||Cooperative Perception:1||Crops:1||Cross Technology Communication:1||Cross Technology Interference:1||DSRC:1||Data collection:1||Data compression:1||Deep learning:1||Deep reinforcement learning:1||Devicetodevice communication:1||Diffraction grating:1||Dissemination:1||Distributed File Systems:1||Dynamic Scheduling:1||Electronic shelf label:1||Embedded system:1||Embedded systems:1||Escherichia coli O157:H7:1||Experimentation:1||Fairness:1||Feature as a Service (FaaS):1||Federated Learning:1||Federated learning:1||Fifth Industrial Revolution:1||

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