ScholarWorks@Dongguk University: Kim, Sung min

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Kim, Sung min (김성민)

College of Life Science and Biotechnology (Department of Biomedical Engineering)

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Tel 031-361-5148
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Osteoporosis:5||artificial neural network:4||CM&S:3||companion diagnostics:3||clinical scoring system:3||mHealth:3||Threshold:3||Intravascular ultrasound:3||Trabecular Bone:3||accelerometer:2||catheters:2||eHealth:2||Trabecular bone:2||effectiveness:2||Catheter:2||BioSignal Sensor:2||RARP:2||regulatory:2||eyetracking:2||appendicitis:2||safety:2||ICER:2||Ultrasound:2||LRP:2||BMD (Bone Mineral Density):2||Genetic algorithm:2||Usability:2||sound stimulation:2||optical flow:2||DXA (Dualenergy Xray Absorptiometry):2||deep learning:2||Skin aging:2||Microarchitecture:2||사용적합성:2||ORP:2||Breathing pattern:1||Breathing patterns:1||CMOSCamera:1||CNN:1||COPD:1||COVID:1||COVID19:1||CPR (cardiopulmonary resuscitation):1||CT dataset:1||Calibration strip:1||Cardiovascular system:1||Cholecystectomy:1||Classification:1||Clinical investigation primary endpoint:1||Coating:1||Comorbidity:1||Computational fluid dynamics:1||Computational modeling & simulation:1||Context of use:1||Contrast agent:1||Critical illness:1||Cryogen spray cooling:1||DOE (design of experiments):1||DPM:1||DXA:1||Database:1||Deep belief network:1||Dense calcium:1||Depth of field:1||Diffusion Weighted Image:1||Digital therapeutics:1||Discrete phase model:1||Doppler radar:1||DualEnergy Xray Absorptiometry:1||Dualconcentric transducer:1||Dualenergy Xray absorptiometry:1||EEG:1||Endoscopic video:1||Endotracheal:1||Enrollment:1||Ensemble classifier:1||FDA:1||Film formation:1||Finite element analysis:1||Finite element model:1||Fluece:1||Fovea:1||Fundus image:1||Gastric cancer:1||HAR:1||HPOM:1||HRV:1||Hand piece:1||Hazard:1||Healthcare:1||Heart rate:1||Heart rate detection algorithm:1||Heart rate variability:1||Heat distribution:1||Helix structure:1||Holter electrocardiograph:1||Hospital costs:1||Hounsfield unit windowing augmentation:1||Human Pupil Orbit Model:1||Hypoglycemia:1||ICU rehabilitation:1||IVUS:1||Image processing algorithm:1||Image recomposition:1||Imaging:1||Intensive care:1||Key Words : costeffectiveness analysis:1||Laparoscopy:1||Laser equipment:1||Length of stay:1||Lifting thread:1||Longitudinal length variation:1||MAST (Multiple Allergen Simultaneous Test):1||MR&#8208:1||MRImaging:1||Magnetic resonance image:1||Mechanical evaluation index:1||Medical Device:1||Medical devices:1||Microarchitectural Properties:1||Minimal invasive surgery:1||Model predictive control:1||Needlefree injector:1||Noncontact:1||Nonlinear apodization:1||Nonsurgical spinal medical device:1||Noncontact spraying:1||Noninvasive thermometer:1||Nozzle tip:1||OHMCPR (outofhospital manual cardiopulmonary resuscitation):1||Optic disc:1||Optical flow:1||Oral spray:1||Orthopedic device:1||Osteoporotic Fracture:1||Outcome measurement:1||PPinterval:1||PVP:1||Pattern recognition:1||Penetration depth:1||Performance evaluation:1||Peripartum depression:1||Phaseapodization:1||Photoplethysmography:1||Physical function:1||Physical stress:1||Plaque characterization:1||Powered Gait Orthosis (PGO):1||Pregnancy:1||Preoperative planning:1||Prostate:1||Pullback:1||Pullback device:1||Pulse duration:1||Quantitative analysis:1||Ranldet:1||Repetitive transcranial magnetic stimulation:1||Retinal layer:1||Risk management:1||SRAD:1||SVM (Support Vector Machine):1||Shortclipbased:1||Simulation:1||Skin rejuvenation:1||Skin temperature:1||Spinal disease:1||Spinal relaxation:1||Spinal traction:1||Stability:1||Stress relief:1||Suction:1||Support vector machine:1||TKR design:1||TVL1 approximation:1||TVL1 minimization:1||Textural feature:1||The autonomic nervous system:1||The cardiovascular system:1||Total hip arthroplasty:1||Twostream CNNLSTMs:1||Type 1 diabetes:1||Ubiquitous:1||Ubiquitous system:1||Ultrasonic mist therapy:1||Ultrasound image:1||Ultrasound imaging:1||Undersampling:1||Use error:1||Use related risk:1||Varicose vein:1||Window function:1||a receiver operating characteristics graph:1||abdomen:1||abrasion point:1||acoustic shadow:1||acute appendicitis:1||air cooling:1||alectinib:1||anisotropic diffusion filter:1||area under an ROC curve:1||area under the ROC curve:1||artificial intelligence:1||autonomic nervous system:1||bilateral filter:1||biosignal:1||biofilm:1||biomedical ultrasonics:1||biometric:1||biosignal sensor:1||bispectrum:1||body sway:1||border initialisation:1||breakthrough devices program:1||breast cancer:1||catheter:1||classification:1||clinical:1||clinical applicability:1||clinical application:1||clinical study:1||clinical validation:1||color marker:1||companion diagnostic test:1||contact point (or frequency):1||contrast agents:1||convolution neural network:1||correlation coefficients:1||cryogen spray cooling:1||data reconstruction:1||dead zone preservation:1||delay:1||dense calcium:1||diabetic cystoid macular edema:1||digital therapeutics:1||digital therapeutics (DTx):1||discrete wavelet transform:1||drug replacement:1||dual threshold:1||edge preservation:1||electroencephalogram:1||evolutionary computation:1||eyegaze tracking:1||eyeball model:1||fall classification:1||fatigue fractures:1||field homogeneity:1||fingerprint:1||finite element analysis:1||flatback deformity:1||flex tilt coil:1||focal liver lesions:1||framework:1||frequency 20 MHz:1||frequency 45 MHz:1||frustrated total internal reflection (FTIR):1||gadolinium contrast:1||gait pattern (walking pattern):1||gaze direction angle:1||geometric deformable model:1||gradient physical linearity:1||gyroscope:1||heart rate variability (HRV):1||hierarchical approach:1||homeostasis:1||homogeneity:1||human activity recognition:1||human bone marrowderived mesenchymal stem cells:1||human coronary arteries:1||image decomposition:1||image denoising:1||image distortion:1||image fusion:1||image quality:1||image segmentation:1||immunohistochemistry:1||innovative medical device program:1||international medical device regulators forum (IMDRF):1||intima segmentation:1||intravascular ultrasound:1||intravascular ultrasound images:1||intubated patients:1||joint:1||knee implant:1||knee joint angle:1||linear regression analysis:1||liver vessel segmentation:1||local binary patternbased mask initialisation:1||lumen segmentation:1||mHealth sensor:1||magnet bore:1||magnetic nanoparticle:1||magnetic resonance signal uniformity:1||magnitude:1||mammogram:1||maximum lumen diameter:1||maximum vessel diameter:1||meansquare errors:1||mediaadventitial borders:1||medical devices act:1||medical image processing:1||metamodel:1||model fitting method:1||modified distance regularised level set evolution model:1||molecular diagnosis:1||multichannel plot:1||multiinput model:1||noise reduction:1||nonsmall cell lung cancer:1||numerical modeling:1||ocular motor model:1||ocular rotational centre:1||optical coherence tomography:1||orthogonal array testing:1||parallel imaging:1||patient registry study:1||personalization:1||pig's tissue:1||plasma treatment:1||polyethylene:1||postmarketing:1||postmarketing safety control:1||postoperative cystoid macular edema:1||process:1||prostatism:1||pulsed electromagnetic field:1||rTMS:1||read out segmentation of long variable echotrains (RESOLVE):1||real world data:1||recurrence plot:1||regulatory registry:1||regulatory science:1||reverse attention module:1||rib cage model:1||scalp skin examinations:1||selective photothermolysis:1||sequential IVUS image frames:1||sequential intravascular ultrasound images:1||set theory:1||skin temperature:1||skinmimicking phantom:1||software as a medical device (SaMD):1||sound biofeedback:1||speckle noise:1||spectrogram:1||spinal cord injury:1||spurt:1||stability:1||static magnetic homogeneity:1||statistical analysis:1||structuretexture decomposition (STD):1||suction:1||support vector machine:1||surface modification:1||tVNS:1||telehealth:1||telehealth:1||thermal treatment:1||threeaxis acceleration sensor:1||tissuemimicking phantom:1||torque:1||tracheal mucosal injury:1||tracking the diagnostic device:1||transformer:1||ventilation tubes:1||verification:1||vessel border estimation:1||vessel perimeter:1||virtual histology:1||wear prediction:1||wear simulation:1||구강 스프레이:1||규제 레지스트리:1||노즐 팁:1||디지털 치료기기:1||리프팅실:1||무바늘:1||미용의료기기:1||분사식 주사기:1||비 수술 척추 의료기기:1||비접촉 분무:1||사용 관련 위험:1||사용 맥락:1||사용량:1||사용오류:1||시판 후 안전관리:1||실사용 데이터:1||위해요인:1||위험관리:1||의료기기:1||의료기기 법:1||임상시험 1차유효성평가 지표:1||전산유체역학:1||정형용교정장치:1||척추 견인:1||척추 이완:1||척추 질환:1||초음파미스트 치료법:1||최소침습술:1||카테터:1||컴퓨터 모델링 시뮬레이션:1||코팅:1||포비돈:1||풀백:1||필름막 형성:1||하지정맥류:1||핵심용어 : 경제성 분석:1||핸드피스:1||.:1||환자 등록 연구:1||1, 064nm Nd:YAG laser:1||1,064 nm Nd:YAG laser:1||1064 nm Nd:YAG laser:1||1064nm Nd:YAG laser:1||510(K):1||ALK:1||Accuracy:1||Acute appendicitis:1||Aesthetic medical device:1||Algorithm:1||Allergy diagnostics:1||Alvarado clinical scoring system:1||Amount of use:1||Anesthetic depth:1||Anisotropic diffusion filtering:1||Anisotropic diffusion model:1||Antagonism:1||Artificial Neural Network:1||Artificial intelligence (AI):1||Artificial neural network:1||Artificial pancreas:1||Automated segmentation algorithm:1||Automated surgical phase recognition:1||Automatic analysis:1||Autonomic nervous system:1||Biosignal recognition:1||Biofeedback:1||Biometric:1||Biosignal processing:1||Body temperature:1||Bone Mineral Density:1||Bone mineral density:1||Bone remodeling:1||Brain diseases:1||

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