ScholarWorks@Korea University: Han, Jae Ho

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Han, Jae Ho (한재호)

Graduate School (Department of Brain and Cognitive Engineering)

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Tel 02-3290-5927
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Optical coherence tomography:5||Optical imaging:5||Biomedical imaging:4||deep learning:4||spectroscopy:3||image segmentation:3||interferometry:3||optical coherence tomography:3||Microscopy:3||holography:3||optical imaging:3||biomedical imaging:2||microscopy:2||machine learning:2||electroencephalography:2||color imaging:2||biomedical monitoring:2||Holography:2||biomedical optical imaging:2||optical fiber lasers:2||Phase modulation:2||biophotonics:2||fundus image:2||Neural networks:1||Biological control system:1||Optical interferometry:1||Parallel computing:1||Anatomy:1||Optical characteristics:1||Biophotonics:1||neuroimaging:1||optical imaging analysis:1||Distortion:1||Graph theory:1||medical diagnosis:1||zspectrum:1||pulsed laser:1||shape control:1||frequency response:1||optoelectronic devices:1||parameter estimation:1||calibration:1||optical fiber sensors:1||magnetic resonance imaging (MRI):1||data generation:1||Magnetic resonance imaging:1||photoacoustic imaging:1||Retina:1||Image edge detection:1||Deep learning:1||Artificial intelligence:1||Biological cells:1||Tomography:1||motion analysis:1||Accommodation:1||measurement equivalence:1||optical communication:1||retinal image:1||membrane potential:1||data augmentation:1||classification:1||Loss of consciousness:1||Explainable artificial intelligence:1||compressed sensing:1||reflectometry:1||endoscopy:1||Image segmentation:1||Computational complexity:1||neural network:1||sampling methods:1||Image sampling:1||Near infrared optical reflectometry:1||Imaging fiber:1||Diffusion tensor fields:1||differential item functioning (DIF):1||Fixed pattern noise:1||Communication system security:1||pattern recognition:1||voltage sensitive dye:1||axial length:1||Artificial neural networks:1||regression analysis:1||chemical exchange saturation transfer:1||interferometers:1||measurement:1||Control systems:1||Optical signal detection:1||biomedical image processing:1||Pixelation artifact:1||optical sensors:1||acoustic imaging:1||Bandwidth:1||gaming industry:1||Transformer:1||fast imaging:1||transducer:1||widefield illumination:1||intraoperative imaging:1||Training:1||multiplexing:1||density measurement:1||Infrared spectroscopy:1||Thermal effect:1||magnetic resonance angiography (MRA):1||Reference spectrum subtraction:1||optical signal detection:1||correlation:1||simultaneous multislice (SMS):1||phase detection:1||Image reconstruction:1||DFB laser:1||Wavelength detuning:1||radiation detectors:1||deep neural network:1||electron microscopy:1||low rank:1||Fourier transforms:1||Functional connectivity:1||scalable hybrid network:1||tomography:1||refractive index:1||optical interferometry:1||Compressive sensing:1||Morphological processing:1||fiber optics:1||item types:1||mathematics assessment:1||FDOCT:1||Biomedical optical imaging:1||imaging:1||Fiber optic sensor:1||parallel imaging:1||parameter mapping:1||null space:1||Timefrequency analysis:1||Frequency measurement:1||Recording:1||EEG coherence network:1||

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

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