ScholarWorks@Hanyang University ERICA Campus: Park, Taejoon

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Park, Taejoon (박태준)

ERICA 공학대학 (DEPARTMENT OF ROBOT ENGINEERING)

Research Area: 로봇 지능 및 머신러닝, 응용 AI, CPS

Tel 031-400-5291
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Thermal energy storage:5||Phase change material:5||Mass attenuation coefficient:4||Waste material:3||Luminous efficiency of radiation:3||Enthalpy:3||FLUKA code:3||B2O3rich glasses:3||Raman spectroscopy:3||Corrosion inhibition:2||PhyX/PSD software:2||Energy transfer:2||WinXCOM:2||Steel:2||XRD:2||selfconfiguration:2||JuddOfelt analysis:2||Neutron radiation:2||MCNP5:2||indoor localization:2||inertial sensors:2||inhibitor:2||steel:2||Charged particles stopping power:2||LSTM:2||Mechanical traits:2||Reinforcement corrosion:2||Borate glasses:2||Soptical band amplifier:2||Shape stabilization:2||Coptical band:2||Color purity:2||Penelope:2||corrosion:2||UHF band:2||Sm3+:2||distracted driving:2||CIE color coordinates:2||Geant4:2||Wearable devices:2||driving while distracted:2||electrochemical impedance spectroscopy:2||Decay lifetimes:1||Deep learning:1||Density functional tight binding:1||Differential scanning calorimetry:1||Duty cycling:1||Dy3+:1||Dy3+/Eu3+:1||Dy3+/Tb3+:1||E+S+Coptical bands amplifier:1||Elastic features:1||Electrochemical impedance spectroscopy:1||Electrochemical method:1||Electrochemical studies:1||Electrochemical techniques:1||Electronic and electrical engineering:1||Embeddable reference electrode:1||Er, Ho: GGG crystal:1||Er, Tm: GGG crystal:1||Er3+:1||Er3+JO analysis:1||Eu3+doped fluorotelluroborate glasses:1||Exoskeletons:1||Fall detection:1||Film:1||Fluorescence characteristics:1||Fluorescence features:1||Fluorescence traits:1||Frequency domain reflectometry sensor:1||Ga2O3B2O3Bi2O3 glass system:1||Gamma radiation:1||Gamma rays:1||Genetic approach:1||Graphiticcarbon nitride:1||Growth:1||HETERODYNE PHASELOCKING:1||Halfvalue layer:1||Hybrid capacitors:1||Hydrazone:1||Identification of driver&apos:1||Inhibitor:1||Internal antenna array:1||IoT:1||Isonicotinohydrazide:1||JO analysis:1||Judd–Ofelt analysis:1||Kinect skeletal joint data:1||Knee:1||Langmuir adsorption:1||Lanthanum zinc borotellurite glass:1||Laserinduced effects:1||Legged locomotion:1||Lithium bismuth borate glass:1||LuYAG phosphor:1||Luminescence aspects:1||Luminescence features:1||Luminescence traits:1||MAC protocol:1||MCNPX code:1||Mechanical features:1||Mechanical property:1||Metal chalcogenides:1||Metal oxides:1||Mortar:1||Multicomponent borosilicate glass:1||Multicomponent borotellurite glass:1||Multicomponent tellurite glass:1||NIR amplifier:1||NIR lasers:1||NIR spectroscopy:1||Nearinfrared emission:1||Neutron attenuation:1||Nucleation:1||Ooptical band amplifier:1||Optoelectronic materials:1||Orange LED:1||Orange peel biochar:1||PHITS code:1||PSD software:1||ParShield:1||Parkinson&apos:1||Passive film:1||Photoelectrochemical:1||Photoluminescence:1||PhyX:1||PhyX/PSD program:1||Physical characteristics:1||Pipeline:1||Porous structure:1||Pr3+:1||Radiation shielding:1||Radiation shielding effectiveness:1||Radiative properties:1||Reception rate:1||Recombination:1||Reconfigurable antenna:1||Robot sensing systems:1||Sband optical amplifier:1||SiO2 glasses:1||Sleep monitoring:1||Sleep position:1||Sleep quality:1||Sm3+ ions:1||Snail shell ash:1||Solgel:1||Solgel synthesis:1||Special concretes:1||Springs:1||Steel rebar:1||Successive approximate register ADC:1||Supercapacitors:1||Supplementary cementitious materials:1||TEM:1||TermsIntelligent transportation systems:1||Theoretical approaches:1||Theoretical processes:1||Theoretical studies:1||Thermal neutron absorption crosssections:1||Thermal neutrons total crosssection:1||Thermal strain:1||TiO2:1||Tm3+:1||Tm3+: 1458 nm fluorescence:1||Torque:1||Total neutron crosssection:1||Trivalent rareearth ions:1||UHDTV:1||Vehicular networks:1||Visible laser:1||Water to cement ratio:1||Wearable gaitaid glasses:1||Weight loss:1||White LEDs:1||WiFi:1||Xray photoelectron spectroscopy:1||YAG:1||Yellow laser crystal:1||activities of daily living:1||activity prediction:1||activityawareness:1||adaptive beamforming:1||antenna array:1||approximate computing:1||augmented reality:1||autoencoders:1||beamforming antenna:1||broadband antenna:1||builtin smartphone sensors:1||child safety:1||concrete:1||concrete pore solution:1||context extraction:1||convolutional neural network:1||coordination:1||deep learning:1||deep neural networks:1||devicefree localization:1||driver activity:1||driver detection:1||driver distraction:1||driver identification:1||dyes:1||embedded software:1||energy efficiency:1||food analysis:1||fuzzy inference system:1||fuzzy logic:1||gas demand prediction:1||graphene oxide:1||hardware:1||home assistance:1||hyperspectral signals:1||internal forkshaped monopole antenna:1||invariant sensory characteristics:1||kernel distance (KD):1||kinectbased applications:1||longterm recurrent convolutional network:1||lowpower signal processing:1||machine learning:1||meander strip:1||metal oxides:1||mobile antennas:1||mobile communication:1||motion tracking:1||multimodal learning:1||multiple input multiple output (MIMO):1||multiplication:1||multiplier:1||neural network:1||nighttime recognition:1||nonintrusive localization:1||parasitic sleeve:1||passenger and vehicle safety:1||phantom jams:1||photocatalysis:1||potentiodynamic polarization:1||privacy:1||push button configuration:1||raman spectroscopy:1||realtime processing:1||s disease:1||s phone:1||safety:1||scanning electron microscopy:1||security:1||semiconductor:1||smart environments:1||smart gas meter:1||smart home:1||smart home environments:1||smartphones:1||spatiotemporal:1||spatiotemporal features:1||threephase traffic theory:1||traffic jams:1||ultrasonic sensor grouping:1||ultrasonic sensors:1||vehicleboarding actions:1||vehicletovehicle (V2V) communication:1||wearable computing:1||wideband antenna:1||wireless protected setup:1||wireless sensor networks:1||~2.0 μm emission:1||가스 수요 예측:1||딥러닝:1||사물인터넷:1||453 nm blue laser:1||스마트 가스 미터:1||Activation energy:1||Antenna:1||Approximate computing:1||Approximate multiplier:1||Approximation:1||Audio signal processing:1||Avrami exponential factor:1||B2O3 glasses:1||B2O3Bi2O3BaO glassgamma(), alpha, e(), proton, and neutron radiation:1||B2O3Bi2O3Li2O glass system:1||B2O3based glasses:1||BaLa2ZnO5:1||Barium bismuth borotellurite glass:1||Barium bismuth tellurite glass:1||Bi2O3B2O3PbO glass system:1||Biochar:1||Birefringence:1||Blue laser:1||Bulk metallic glass:1||Coptical band amplifier:1||CIE chromaticity Coordinates:1||CIE chromaticity coordinates:1||Calorimetry:1||Carbon materials:1||Chalcogenide glasses:1||Charged particles projected range:1||Chemical additives:1||Child classification:1||Chloride attack:1||Composite:1||Computational modeling:1||Computers and information processing software:1||Concrete pore solution:1||Corrosion:1||Corrosion Inhibition:1||Corrosion Testing:1||Corrosion inhibitorSteel rebarHydrazoneConcrete pore solutionElectrochemical studies:1||Corrosion mitigation:1||Corrosion monitoring:1||Corrosion resistance property:1||Crossrelaxation:1||

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