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탄탄한 실력과 전문성을 갖춘 열정적인 교수진

박찬록 교수

박찬록 교수

전공 :
핵의학　
전화 :
031-740-7185　
연구실 :
지천관 B101　
E-mail :
tigeaglepcr@eulji.ac.kr

학력

  • 고려대학교 의학물리학 이학박사 (2019.09)
    고려대학교 의학물리학 이학석사 (2016.03)
    연세대학교 방사선학과 학사 (2011.02)

    • 주요경력

  • 2011.02 - 2020.08 서울대학교병원 핵의학과 방사선사
    2020.09 - 2022.08 전주대학교 방사선학과 전임교원 (조교수)
    2022.09 - 현 재 을지대학교 방사선학과 전임교원 (조교수)

    • 연구실적

  • Performance of TlBr semiconductor detector in the gamma camera imaging using quality control phantoms: Monte Carlo simulation study, Nuclear Engineering and Technology (2022)
    The Feasibility of maximum likelihood estimation of activity and attenuation (MLAA) algorithm for reduction of truncation artifact in the breast PET/MRI,Jorunal of the Korean Physics Society (2022)
    Feasibility of median modified Wiener filter (MMWF) algorithm for customized breast ACR phantom images in mammography based on the 3D printing technology, Nuclaer Inst. and Methods in Physics Research A (2022)
    Fabrication and application of customized breast phantom for noise reduction algorithms in digital mammography: An experimental study, Optik (2022)
    Feasibility of total variation noise reduction algorithm according to various MR-based PET images in a simultaneous PET/MR system: A phantom study, Diagnostics (2021)
    Performance Evaluation of Image Characteristics by Changing Parameters in Brain T2 Weighted Neuroimages using MRiLab Simulation, Journal of Magnetics (2021)
    Similarity analysis of gamma images based on the pixelated CdTe semiconductor detector system using quadrant bar phantom in nuclear medicine:Monte Carlo simulation study, Nuclear Engineering and Technology (2021)
    Study of the Noise Reduction Algorithm with Median Modified Wiener Filter for T2-weighted Magnetic Resonance Brain Images, Journal of Magnetics (2021)
    Investigation of acquisition time for harmonization of image quality between PET/CT and PET/MRI systems: NEMA image quality phantom study, Optik (2021)
    Feasibility of MMWF noise reduction algorithm in brain SPECT images according to various reconstruction methods: a phantom study, Optik (2021)
    Comparison of Image Quality According to Phantom Fluid Material in MR-based Attenuation Correction PET Imaging in PET/MR, Journal of Magnetics (2021)
    Median modified Wiener filter for improving the image quality of gamma camera images, Nuclear Engineering and Technology (2020)
    Optimization of mask size with median modified Wiener filter algorithm for gamma images using pixelated semiconductor dectector:Monte Carlo simulation study, Nuclaer Inst. and Methods in Physics Research A (2020)
    Noise Level and Similarity Analysis for Computed Tomographic Thoracic Image with Fast Non-Local Means Denoising Algorithm (2020)
    Experimental study of the fast non-local means noise reduction algorithm using the Hoffman 3D brain phantom in nuclear medicine SPECT image, Optik (2020)
    Comparison of PET image quality using simultaneous PET/MR by attenuation correction with various MR pulse sequences, Nuclear Engineering and Technology (2019)
    Fast non-local means noise reduction algorithm with acceleration function for improvement of image quality in gamma camera system : A pahntom study, Nuclear Engineering and Technology (2019)
    Accuracy confirmation of relaxation time mapping in Synthetic MRI, Journal of the Korean Physical Society (2019)
    Development of a bias field-based uniformity correction in magnetic resonance imaging with various standard pulse sequences, Optik (2019)

    • 관심연구분야

  • Monte Carlo simulation for medical imaging
    Image processing for medical imaging (Noise reduction algorithm)
    3D printing for medical phantom device
    Deep learning for medical imaging

    • 연구과제

  • 2022.03. - 2025. 02. 3D 프린팅을 활용한 딥러닝 기반 파킨슨병의 SPECT 영상 화질 향상 기술 개발, 한국연구재단
    2021.06. - 2021. 12. GATE 시뮬레이션 기반 3D 프린팅을 활용한 다양한 영상 화질 평가를 위한 올인원 핵의학 정도관리 팬텀 개발, 한국창의재단
    • 리스트