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주메뉴

바이오공학 역문제

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    의약학 >치료보건 >의용공학
  • 강의학기
    2014년 1학기
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    3,395
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We study imaging methods including EIT, MRI, MREIT and MREPT. Establishing mathematical backgrounds to deal with forward and inverse problems associated with those imaging modalities, we learn how to perform computational tasks to solve the problems. Understaning measurement techniques using EIT systems and MRI scanners, we study image reconstruction algorithms to produce conductivity and permittivity images.

차시별 강의

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1. See inside the body, medical imaging based on linear algebra See inside the body, medical imaging based on linear algebra URL
2. Fourier encoding matrix for fast imaging system Fourier encoding matrix for fast imaging system URL
3. Physics for magnetic resonance – Larmor precession Physics for magnetic resonance – Larmor precession URL
4. The invention of MRI – gradient field to realize Fourier encoding The invention of MRI – gradient field to realize Fourier encoding URL
5. K-space sampling K-space sampling URL
6. RF excitation RF excitation URL
7. First look inside a voxel First look inside a voxel URL
8. Second look inside a voxel Second look inside a voxel URL
9. Summary of basic MRI Summary of basic MRI URL
10. Latest development in MRI Latest development in MRI URL

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