ScholarWorks@Hanyang University: Cho, Sung Ho

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Cho, Sung Ho (조성호)

COLLEGE OF ENGINEERING (SCHOOL OF ELECTRONIC ENGINEERING)

Research Area: 신호처리, 레이더 컴퓨팅, 디지털 헬스, Signal Processing, Radar Computing, Digital Health

Tel 02-2220-0390
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IRUWB radar:15||RFID:10||IRUWB:8||UWB:7||vital signs:5||WSN:5||IEEE 802.15.4:4||3D printing:4||FMCW radar:4||IEEE802.15.4:4||respiration rate:4||gesture recognition:4||TDMA/TDD:4||Anticollision:4||Gesture recognition:4||Positioning:4||Voice over Sensor Networks (VoSN):3||DSP:3||IRUWB Radar:3||UWB radar:3||Sensors:3||humancomputer interaction:3||Clutter:3||radar:3||impulse radio ultrawideband radar:3||people counting:3||Radar:3||Ranging:3||Gen2:3||heart rate:3||deep learning:2||LTE(LongTerm Evolution):2||threshold:2||SHA3:2||IEEE802.15.4a:2||detection:2||People counting:2||SIP:2||Vertical Handover:2||CFAR:2||VoIP:2||motion detection:2||Voice communication:2||CNN:2||Voice over Sensor Network (VoSN):2||Voice over Sensor Network(VoSN):2||APS layer:2||WLAN(Wireless Local Area Network):2||Seat Belt Reminder:2||Polysomnography:2||Localization:2||Presence Detection:2||CSMA/CA:2||Fuzzy Logic Control:2||Crowdedness measurement:2||ZigBee network:2||Doppler radar:2||pattern analysis:2||piezoresistivity:2||FPGA:2||algorithm:2||2.4 GHz:2||TDMA/TDD MAC:2||hand gesture recognition:2||Impulse radio ultrawideband (IRUWB):2||autocorrelation:2||Radar measurements:2||printed logic gates:2||Radar sensor:2||Radio sensor:2||Automotive:2||Tracking:2||radar sensor:2||human sensing:2||Trajectory:2||Tree Routing:2||Interworking:2||OFDMATDD:2||impulse radio ultrawideband (IRUWB):2||sensor:2||Deep learning:2||USN:2||impulse radio ultrawideband (IRUWB) radar:2||inair writing:2||context awareness:2||sleep monitoring:2||indoor positioning system:2||ALOHA:2||LED:2||crowdedness:2||crowdedness measurement:2||Ghost target:1||GoogLeNet:1||Group Communication.:1||Group communication:1||HRV:1||Hand gesture recognition:1||Handoff:1||Harmonics:1||Hash function:1||Healthcare radars:1||Heart Rate:1||Heart Rate Variability:1||Heartbeat Frequency:1||Heterodyne detection:1||Human Activity Recognition:1||Human Detection:1||Human vital sign extraction:1||Humancomputer interface:1||Hybrid:1||I/Q signal combining:1||IEEE 802.11:1||IEEE 802.15.4 standard:1||IEEE 802.16:1||IEEE 802.16j:1||IEEE802.16j:1||IP networks:1||IR UWB radar:1||IRUWB Radar Sensor:1||IRUWB radar sensor:1||ISM:1||Impulse Radar:1||Impulse Radio UltraWideband (IRUWB) Radar:1||Impulse Radio UltraWideband Radar:1||Impulse radar:1||Impulse radio:1||Impulse radio ultrawideband(IRUWB) radar:1||Inbound/Outbound detection:1||Indoor Positioning:1||Internet of things:1||IoT:1||Isolation:1||Joint PDF:1||LANDMARC:1||LLC:1||Laser radar:1||Legged locomotion:1||Lifetime:1||Link timing:1||Load balancing:1||Location error:1||Location sensing:1||Lognormal turbulence:1||Logic gates:1||Mary phase shift keying:1||MAC:1||MAC scheduling:1||MAT:1||MIMO FMCW radar:1||ML algorithm:1||MMSEC:1||MWNTPVP composites:1||Machine learning:1||Matched filter:1||Maximum likelihood (ML):1||Measurement of oil level:1||Medical services:1||Metabolic syndrome:1||Microstrip Antenna.:1||Mobile sensor network:1||Monitoring:1||Motion recognition:1||Movement:1||Movements during sleep:1||MultiTag:1||Multihop Relay:1||Multihuman:1||Multihuman detection:1||Multipath:1||Multipath:1||Multiple Target Detection:1||Multiple aspects:1||Multiple receiving antennas:1||Multipleinputmultipleoutput (MIMO) topology:1||Muttipath:1||NICU:1||Nakagamim fading:1||Nanostructures:1||Neonatal Intensive Care Unit:1||Neural Network.:1||Newtonian fluid ink:1||Noncontact:1||Noncontact:1||Notch Filter:1||OFDM:1||Obesity, abdominal:1||Onbody device:1||Ordered Statistics:1||Outage Probability:1||Paralysis:1||Path Loss:1||Pattern recognition:1||Pediatric obesity:1||Performance Information:1||Platform:1||Point cloud compression:1||Polymers:1||Power Supply:1||Priority MAC:1||Propagation:1||Q algorithm:1||Quasimonostatic radar:1||RF vector multiplier:1||RFID reader:1||RPM Measurement:1||RSSI:1||Radar applications:1||Radar crosssections:1||Radar detection:1||Radar imaging:1||Radio frequency:1||Radiofrequency identification:1||Rail transportation:1||Received signal strength indicator:1||Receiver:1||Reflection:1||Registers:1||Rejoin procedure:1||Reliability:1||Resource Allocation:1||Respiration Rate:1||Rotational Speed:1||SIMO:1||SINR:1||SNR:1||SVD:1||SVM:1||Selection Combining (SC):1||Selfinterference:1||Sensor Network:1||Sensor applications:1||Sensor network:1||Sensor node:1||Sensor phenomena and characterization:1||Sensor systems and applications:1||Shopping store management:1||Sightseeing:1||Sleep:1||Sleep monitoring:1||Storage System:1||Subnetwork:1||Sweet spot:1||TDMA:1||TDMA MAC:1||TMS320C5505:1||Tachometer:1||Tag Identification:1||Tag collision:1||The number of customers:1||ThroughWall Radar:1||Time measurement:1||Training:1||Transformers:1||Tree topology:1||TreeMAC:1||Trilateration:1||Type2 relays:1||UWB Radar:1||UWB ranging:1||UltraWide Band (UWB):1||Ultrawideband Radar:1||Ultrawideband signal:1||Under Panel Sensing:1||V2v:1||V2x:1||VANET:1||Vital Signs:1||Voice mixing:1||WAVE:1||WPAN:1||Waisthip ratio:1||Wavelength division multiplexing:1||WiFi:1||Wireless Body Area Network:1||Wireless Sensor:1||Wireless fidelity:1||Writing:1||ZCC:1||ZCCF:1||ZDS:1||ZTCC:1||ZigBee:1||ZigBee Network:1||Zigbee Networks:1||Zoom FFT:1||access protocols:1||actigraphy:1||activity recognition:1||air writing:1||alphabet writing:1||anticollision:1||assisted living:1||average bit error rate (BER):1||average signaltonoise ratio (SNR):1||averaging:1||beamforming:1||calibration:1||car safety:1||carbon nanotube:1||cerebral palsy:1||channel coded tags:1||chemiresistive gas sensors:1||closed form:1||clutter:1||collision detection:1||collision prevention:1||compressed sensing:1||congestion:1||constant false alarm rate:1||continuouswave radars:1||convolutional code:1||convolutional neural network:1||copper:1||deep learning classifier:1||deeplearning:1||deeplearning for radar signals:1||digital healthcare:1||direction recognition:1||distance:1||distance compensation:1||distraction:1||diversity combining:1||diversity techniques:1||door counting:1||driver behavior:1||drowsiness:1||dynamic decodeandforward (DDF):1||early screening tool for developmental delay:1||effective area of signal:1||electroless deposition:1||electronic product code (EPC) sensor network (ESN):1||error correction:1||fall detection:1||false alarm:1||feature extraction:1||finger counting:1||fixedWiMAX:1||flexible electronics:1||flexible strain sensor:1||fountainpen lithography (FPL):1||frame/symbol detection(138):1||frequency modulated continuous wave radar:1||frequency symbol spreading:1||frequencymodulated continuouswave (FMCW) radar:1||full adder:1||gait analysis:1||gait asymmetry:1||gate counting:1||gate field:1||gestures recognition:1||gravure:1||half adder:1||handgesture recognition:1||handgesture recognition (HGR):1||handheld devices:1||hardware complexity:1||harmonics:1||healthcare:1||heart rate variability:1||heartbeat frequency:1||human hand:1||humancomputer interfaces:1||humancomputerinterfaces:1||hydrocephalus:1||image:1||image compression:1||impulse radar sensor:1||impulse radio ultrawideband:1||impulse radio ultrawideband (IRUWB) radar:1||impulse radio ultrawideband:1||inception module:1||individual leg perception:1||indoor localization:1||indoor positioning system (IPS):1||intermediate energy storage:1||iterative scheduling:1||knearest algorithm:1||load cell:1||localization:1||matched filter:1||measurement:1||membership management:1||meniscus guided printing:1||meniscusguided printing CNT inks:1||mental distress:1||midair handwriting:1||missdetection:1||mmWave:1||mobileWiMAX:1||motion recognition:1||movement detection:1||moving target indicator:1||multichannel operation:1||multihuman detection:1||multiple devices:1||multiple objects:1||multiple target positioning and tracking:1||multiradar system:1||multistream CNN:1||neonates:1||networked data:1||neural network:1||nonPSGbased monitoring:1||noncontact sensing:1||noncontact sleep:1||nonstationary:1||nonuniform compressible signal:1||noncontact measurement:1||openloop access link:1||optimal threshold:1||order statistics:1||outage performance:1||path planning:1||pattern:1||phone detection:1||point cloud:1||point cloud (PC):1||poly(3:1||polynomial:1||polysomnography:1||positioning:1||positioning algorithm:1||power consumption:1||preamble:1||preterm:1||printed electronics:1||process variation:1||psychological distress:1||pulsed radar:1||quadrature error:1||quantification of movement asymmetry:1||radar detection:1||radio frequency identification (RFID):1||radio frequency identification (RFID) receiver:1||random projection:1||rateless codes:1||remote authentication:1||robot:1||rolltoroll (R2R) gravure printing process:1||routing algorithm:1||security:1||selection combining (SC):1||series resonant converters:1||shortrange imaging:1||signal distortion:1||signal processing:1||silver catalyst inks:1||silver microarchitecture:1||sleep disorder:1||sleep efficiency:1||smart sensor applications:1||strain sensor:1||structural electronics:1||subcarrier block power control:1||subframe decoding:1||symbol error probability:1||tag collision:1||the average number of required combining process:1||threedimensional (3D) shape:1||throughwall radar imaging:1||time division:1||timedistance:1||training:1||transformer:1||ultrawideband:1||ultrawideband (UWB):1||ultrawideband communication:1||ultrawide band (UWB) radar:1||unequal protection:1||unsupervised learning:1||user interface:1||vehicle safety message service:1||vital sign:1||vital sign extraction:1||vital sign measurement:1||vital sign monitoring:1||wake monitoring:1||wall characteristic estimation:1||wire transducers:1||wireless power transfer:1||wireless robotic sensor networks:1||wirlesss sonosr network (WSN):1||공연안내:1||관광:1||다수태그:1||다중홉 중계기:1||무선근거리통신망:1||보안:1||비동기식:1||센서네트워크:1||소비전력:1||수직 핸드오버:1||실내 위치 인식:1||자원할당:1||장기진화:1||전시장:1||커버리지 확장:1||퍼지 로직 제어기:1||하드웨어 복잡도:1||해쉬함수:1||핸드오프:1||호처리:1||3D positioning:1||3Dpiinted electronics:1||4ethylenedioxythiophene) poly(styrenesulfonate) (PEDOT:PSS):1||ADHD:1||AIC3204:1||AWGN:1||Access protocols:1||Actigraph:1||Actigraphy:1||Adaptive thresholding:1||Adders:1||Ambientassisted living:1||Annular Ring:1||Antennas:1||Apnea:1||Approximate maximum likelihood (AML):1||Assisted living:1||Asynchronous System:1||Average current mode control:1||Background Subtraction:1||Bandwidth capacity:1||Block coding:1||Body Area WBAN 무선인체통신네트워크Priority MAC Onbody:1||Body mass index:1||Breathing pattern:1||CSI:1||Call Processing:1||Cameras:1||Carbon nanotube thinfilm transistor (TFT):1||Cardiopulmonary:1||Channel Coding:1||Channel interference:1||Chirp:1||Clocks:1||Closed Form:1||Closedloop performance:1||Coherent cluster:1||Collision detection:1||Compensation:1||Computational modeling:1||Congestion:1||Congestion control:1||Constant Current:1||Constant False Alarm Rate:1||Constant Voltage:1||Control design:1||Convolutional coding:1||Convolutional neural network (CNN):1||Convolutional neural networks:1||Coordinator Hardware:1||Counting:1||Coverage Extension:1||Data association:1||Decoding:1||DenseNet:1||Depth Tracking:1||Digital menu board (DMB):1||Directionofarrival estimation:1||Discrete Fourier transforms:1||Diversity:1||DoA:1||Doppler Radar:1||DualPolarized:1||Dynamic analysis:1||EPC C1 Gen2:1||EPC Gen2:1||EPCglobal Gen 2:1||Electrical conductivity:1||Electronic materials:1||Equidistance:1||Evaluation:1||Exhibition:1||FMCW:1||FMCW Radar:1||FMCW radars:1||Fading channels:1||Feature extraction:1||Feedback:1||Field programmable gate arrays:1||Fingerprint recognition:1||Foot:1||Freespace optical communication:1||Frequency Modulation Continuous Wave (FMCW) radar:1||Frequency variation:1||Fullduplex:1||Gain/phase imbalance:1||Gait Analysis:1||Gait Speed:1||Gamma distribution:1||Gesture Recognition:1||

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