ScholarWorks@SUNGKYUNKWAN UNIVERSITY: BAAC, HYOUNG WON

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BAAC, HYOUNG WON (박형원)

Information and Communication Engineering (Electronic and Electrical Engineering)

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Blood Clot:3||MultiModal Deep Learning:3||Lasergenerated focused ultrasound:2||ultrasound sensor:2||Electronic skin:2||Multiclass Classification:2||photoacoustics:2||carbon nanotube:2||Thickness Prediction:2||CNT:2||Biomedical device:1||CMOS inverter:1||CNTPDMS:1||Carbon nanotubes:1||Cell detachment:1||Cell retrieval:1||Continuous nanopatterning:1||Crack‐based sensor:1||Defectpassivation:1||Detectivity:1||Device design:1||Dielectric sidewall:1||Discretizeddomain analysis:1||Double gate:1||Eskin:1||Elasticity Prediction:1||Fabry–Perot cavity:1||FabryPerot:1||FabryPerot interferometer:1||Feature Attention Module:1||Fiberoptic hydrophone:1||FinFET:1||FinFETs:1||Focused ultrasound:1||GaN:1||Gouy phase shift:1||Huygens&apos:1||Interference:1||Intraband:1||Laser beams:1||Laserultrasonic transmitter:1||Line edge roughness (LER):1||Liquidfilled lens:1||Logic gates:1||Metal–dielectric–metal structure:1||Microfluidics:1||MoS2:1||Monte Carlo simulation:1||MultiClass Classification:1||Nanochannelguided lithography:1||Nanoimprinting:1||Nanomembrane:1||Nanowire:1||Onestep continuous patterning:1||Optical transmitters:1||Optical ultrasound generator:1||Optoacoustic lens:1||Optoacoustic prism:1||Optoacoustics:1||Organic holetransport layer:1||Performance evaluation:1||Perovskite:1||Perovskite solar cell:1||Photoacoustic pulse:1||Photoresponsivity:1||Phototransistor:1||Photovoltaic cells:1||Piezoresistive:1||Polydimethylsiloxane:1||Polymer waveguide:1||Precision therapy:1||Pressure sensor:1||Pulsed cavitation:1||Rayleigh wave:1||Residual layer thickness:1||Ridge waveguide:1||Rigid piston model:1||Rolltoroll:1||SOI FinFET:1||Semiconductor optimization:1||Semiconductor process modeling:1||Silicon:1||Single Cell:1||Skinlike hybrid sensor:1||Smooth sidewall surface:1||Soft device:1||Soft pressure sensor:1||Stretchable electrode:1||Stretchable electronics:1||Substrates:1||Thin film:1||Threedimensional displays:1||Tissue therapy:1||Transconductance:1||Transparent:1||Tunneling fieldeffect transistor:1||Ultrasonic imaging:1||Ultrasound transducer:1||Variable focus:1||Vertical channel:1||Wearable device:1||acoustic impedance:1||acoustic matching layer:1||acoustic signal analysis:1||adhesive patch:1||airbacked transmitter:1||alloptical ultrasound:1||augmented reality:1||automatic model selection:1||bicomponent:1||biofluid transmission rate measurement:1||biophotonics:1||biophysical sensors:1||blood coagulation:1||buried channel array transistor:1||capacitive sensor:1||carbon nanoparticles:1||carbonnanotube (CNT)polymer composite:1||cavitation:1||cavity resonators:1||cell detachment:1||cell retrieval:1||complementary FET (CFET):1||conducting nanocomposites:1||conductive composites:1||defectpassivation:1||device characteristics:1||dominant frequency:1||electromechanical sensors:1||empirical mode decomposition:1||fatigueresistant nanocomposites:1||feedback field effect transistor (FBFET):1||fiberoptic sensor:1||fiducial marker:1||flash memory:1||flexible:1||flexible biointegrated electronic systems:1||flexible device:1||flexible optoacoustic transmitter:1||functional nanomaterials:1||gas sensor:1||golden tortoise beetle:1||graphene:1||hardware learning rules:1||highfrequency ultrasound:1||holetransport layer:1||in vivo bidirectional signaling:1||junctionless (JL) FET:1||junctionless accumulation mode (JAM) FET:1||laser ultrasound:1||lasergenerated focused ultrasound:1||lasergenerated ultrasound:1||lasers:1||lowtemperature solution process:1||magnesium sensors:1||megahertz:1||metal ferroelectric insulator semiconductor (MFIS):1||metallic nanostructure:1||microfluidics:1||multimodal sensors:1||nanocomposite:1||nanocomposites:1||nanosecond optical pulse:1||nanowire:1||negative capacitance (NC):1||neuromorphic:1||neuromorphic device:1||nondestructive evaluation:1||optical energy meter:1||optical filters:1||optical ultrasound detector:1||organic thin film encapsulation:1||oxygen saturation:1||perovskite:1||photoacoustic:1||photoacoustic composites:1||photoacoustic diagnosis:1||photoacoustic sensor:1||photoacoustic transmitter:1||photoacoustic transmitters:1||photoplethysmography:1||pinhole detection:1||principle:1||processinduced random variation:1||quantum dot lightemitting diode:1||reconfigurable:1||resistive randomaccess memory:1||resistive switching memory:1||ringtype pulse oximeter:1||selfheating effect (SHE):1||semitransparent:1||shear wave:1||short channel effects:1||sidepolished fiber:1||singlecell transcriptome analysis:1||sinterfree printable conductor:1||skinconformal:1||soft peripheral neuroprosthetics:1||solar cell:1||solar cells:1||spectral response:1||strain sensor:1||stretchable device:1||stretchable devices:1||structural variation:1||surface scattering effect:1||surgical navigation systems:1||synapses:1||tactile sensors:1||thermal coagulation:1||transparent electrodes:1||uFinFET:1||ultrasound detector:1||ultrasound transducer:1||ultrasound transmitter:1||viscoelasticity:1||visualization:1||volatile memory:1||3D ion transport channels:1||wearable healthcare device:1||Absorption:1||Acoustic beams:1||Acoustic waves:1||Acoustical attenuation:1||Acoustical characterisation:1||Acoustics:1||Agmorphologymediated hydrothermal growth:1||Airbrush coating:1||Bayesian neural network:1||

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(03063) 25-2, SUNGKYUNKWAN-RO, JONGNO-GU, SEOUL, KOREAsamsunglib@skku.edu

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