ScholarWorks@Korea University: Kim, Beop Min

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Kim, Beop Min (김법민)

Graduate School (Department of Bioengineering)

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Tel 02-3290-5656
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nearinfrared spectroscopy:6||indocyanine green:3||hemodynamics:3||orthostatic intolerance:2||Hemodynamic responses:2||functional nearinfrared spectroscopy:2||diffuse optical tomography:2||headup tilt:2||Fluorescence:2||Monte Carlo simulation:2||orthostatic hypotension:2||optical coherence tomography:2||autonomic dysfunction:2||Parkinson's disease:2||Molecular imaging:1||brain network:1||colorword interference:1||OCM:1||singular value decomposition:1||Optical coherence tomography:1||GPU accelerated:1||Advanced rendering:1||metastasis:1||premetastatic niches:1||synchronous angular scanning:1||cellular membrane fluctuation:1||tilt table test:1||matrix deformation:1||cell migration:1||stretchable:1||Pulmonary neoplasm:1||Diffuse optical tomography:1||Hemodynamic response:1||single camera:1||Neurovascular coupling:1||Physiology:1||small animals:1||neuroimaging:1||intraoperative fluorescent image:1||sentinel lymph node:1||OCT:1||computed tomography:1||image quality:1||Gastric conduit ischemic model:1||Valsalva maneuver:1||Surgery:1||Optically deviated focusing:1||inphase and quadrature mismatch:1||Maskfree:1||DeepUV:1||mouse:1||PDMS membrane:1||Alginate bead:1||LED senor:1||augmented reality:1||neuronavigation:1||Techniques in Neuroscience:1||Cerebral oxygenation:1||finite difference timedomain:1||digital healthcare:1||lung cancer:1||metastatic lymph node:1||neomannosyl human serum albumin:1||DVC:1||brain:1||radiation doses:1||3D imaging:1||Blood vessel:1||Scattering:1||focal adhesion:1||Sentinel lymph node:1||microsupercapacitor:1||lowfrequency oscillations:1||Colon anastomosis:1||Nearinfrared spectroscopy:1||Superhydrophobicity:1||CWNIRS:1||deoxyhemoglobin:1||Embryoid body:1||Nearinfrared spectroscopy (NIRS):1||fluorescence image:1||motion correction:1||optical coherence tomography angiography:1||class activation mapping:1||laser irradiation:1||skin:1||optical monitoring:1||localization of lung cancer:1||Photoacoustic microscopy:1||Fiber laser:1||cellECM physical interaction:1||acute stroke:1||contrasttonoise:1||fNIRS:1||live cell imaging:1||Monte Carlo:1||cerebral blood flow:1||esophagectomy:1||endoscopic system:1||waterproof:1||Pulmonary segmentectomy:1||5Fluorouracil:1||Wound healing:1||Polarizationsensitive optical coherence tomography:1||Partial least squaresdiscriminant analysis:1||optical orthogonal frequency division multiplexing:1||Antireflection:1||polarizationsensitive optical coherence tomography:1||Spectral domain optical coherence tomography:1||Computed tomography (CT):1||smart goggle:1||stimulation kit:1||convolutional neural network:1||tumorassociated macrophages:1||Stimulated Raman scattering:1||Gold nanoparticle:1||automated anatomical labeling:1||Gaussian noise:1||Real time volume rendering:1||secondharmonic generation:1||encapsulation:1||liquid metal:1||oximeter:1||Retinal imaging:1||periodic limb movement during sleep:1||Intraoperative:1||Functional brain connectivity:1||Mouse:1||Braincomputer interface:1||Nanostructure:1||BMI:1||electroencephalography:1||Elasticity of PDMS:1||Axial resolution:1||Swelling:1||Fat thickness:1||Biology Experimental Methods:1||motioncorrected angiogram:1||CD206:1||signaltonoise ratio:1||3D microfluidic tumor microenvironment:1||macrophages:1||Causality:1||quantitative phase imaging:1||spectroscopy:1||nearinfrared:1||Singleunit recording:1||medical biological imaging:1||Neuroimaging:1||Whisker stimulation:1||machine learning:1||solid component of lung nodule:1||segmentectomy:1||hemodynamic connectivity:1||hemodynamic response:1||SHG:1||monocytes:1||fMRI:1||Phaselocking value:1||depth selectivity:1||perfusion:1||digital volume correlation:1||SDOCT:1||Indocyanine green:1||Hidden Markov model:1||Coherent communication:1||oxyhemoglobin:1||Depth range:1||Optical tweezers:1||freely moving:1||functional:1||diffuse optics:1||fluorescence imaging:1||vasculogenesis:1||Connectivity:1||restless legs syndrome:1||Imageguided surgery:1||Forepaw stimulation:1||seizure:1||Curved microstructure:1||Sensitivity:1||Degradation:1||Power spectral density:1||optical monitoring.:1||burn:1||oxygen saturation:1||cerebral oxygenation:1||

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145 Anam-ro, Seongbuk-gu, Seoul, 02841, Korea+82-2-3290-2963

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