Lecture note
PDE Lecture
Lecture1 , (video 1-1, 1-2, 1-3, 1-4)
Lecture2, (video 2-1, 2-2, 2-3, 2-4, 2-5)
Lecture4, (video 4) Lecture5, Lecture6, Lecture7, Lecture8, Lecture9, TestExample,1, Test2, compectness
CT Lecture
Electromagnetic Tissue Property Imaging Lecture
ICAM2015(EIT-MREIT), effective conductivity, MREIT-EPT-QSM(2018), QSM-theory(2015), MREIT-EPT[2014]
파일 이름
설명을 입력하는 공간입니다. 방문자에게 파일의 내용을 간략하게 소개하고 질문과 의견을 보낼 수 있는 연락처를 추가해보세요.
Lecture note
Deep Learning for Medical Imaging
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CT: lecture1,
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Segmentation: Active contour/level set (slide, video ) Deep Learning-approaches(김강철: CNN [video1][video2], FCN [video],U-net [video], Confidance-Map [video], YOLO [video] , Spine-seg-net, Spine-curve-asses-net:[video]
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Deep Learning for solving Underdetermined problem YouTube(One-World IMAGINE)
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Dimensionality Reduction: PCA(백성현), Autoencoder (윤혜선) , AE+RBM(윤혜선),, VAE (백성현+윤혜선)
Deep Learning (video )
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Deep Learning for solving Underdetermined problem (video1, video 2, video3, video 4) YouTube(One-World IMAGINE)
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Segmentation in ultrasound images: AF-net (조현철), Generalization Issue(Sun Siyu)
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Segmentaion in CT & X-ray: bone segmentation(김강철, video)
Deep Learning Lecture
PDE Lecture (note & Video)
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Lecture3 (video 3-1, 3-2), Lecture4 (video 4),
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Lecture6 (video1, video2), Lec6-2-optional , Lecture7(video7-1, video7-2) Lecture8, (video8-1) Lecture9,
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compectness (수학의 역사 설명 강연 ) e
Real Analysis Lecture
Electromagnetic Tissue Property Imaging Lecture
ICAM2015(EIT-MREIT), effective conductivity, MREIT-EPT-QSM(2018), QSM-theory(2015), MREIT-EPT[2014]
CT Lecture
파일 이름
설명을 입력하는 공간입니다. 방문자에게 파일의 내용을 간략하게 소개하고 질문과 의견을 보낼 수 있는 연락처를 추가해보세요.