| 1. | |
Mathematical model 2: Inverse Problem (1) | Shear modulus reconstruction by low-frequency harmonic vibration |  |
| 2. | |
Mathematical model 2: Inverse Problem (2) | Generalized Hookes law | |
| 3. | |
Mathematical model 2: Inverse Problem (1) | Maxwell equation - Eddy current model | |
| 4. | |
Mathematical model 2: Inverse Problem (2) | Basics in MRI | |
| 5. | |
Mathematical model 2: Inverse Problem (3) | |
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| 6. | |
Mathematical model 2: Inverse Problem (4) | |
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| 7. | |
Mathematical model 2: Inverse Problem (1) | |
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| 8. | |
Mathematical model 2: Inverse Problem (2) | |
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| 9. | |
Mathematical model 2: Inverse Problem (3) | |
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| 10. | |
Mathematical model 2: Inverse Problem | Principle of MRI : reconstruction | |
| 11. | |
Mathematical model 2: Inverse Problem (2) | Basics in MREIT(2) | |
| 12. | |
Mathematical model 2: Inverse Problem (1) | Basics in MREIT | |
| 13. | |
Mathematical model 2: Inverse Problem (3) | Basics in MREPT (3) | |
| 14. | |
Mathematical model 2: Inverse Problem | MR-based Impedance Imaging : MREIT vs MREPT | |
| 15. | |
Mathematical model 2: Inverse Problem | MR-based Impedance Imaging : MREPT | |
| 16. | |
Mathematical model 2: Inverse Problem | Conductivity Reconstruction using D-bar method for EIT | |
| 17. | |
Mathematical model 1: Optimization Problem (1) | Preliminary to Sobolev space | |
| 18. | |
Mathematical model 1: Optimization Problem (2) | Sobolev space : definitions | |
| 19. | |
Mathematical model 1: Optimization Problem (3) | Sobolev space : theory and examples | |
| 20. | |
Mathematical model 1: Optimization Problem (4) | Sobolev space : Sobolevs inequality for gradient | |
| 21. | |
Mathematical model 1: Optimization Problem | Sobolev space : three important theorems Sobolev space : Sobolev Imbedding theorem Sobolev space : Proof of Sobolev Imbedding theorem, Study H^s Sobolev space : Study H^s |
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| 22. | |
Mathematical model 1: Optimization Problem (1) | Review / Motivation of Sobolev space Sobolev space : Example1 Sobolev space : Example2 |
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| 23. | |
Mathematical model 1: Optimization Problem (2) | Sobolev space : dual space and theorem Sobolev space : Exercise1 Sobolev space : Exercise2 Sobolev space : Proof of exercise2 |
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| 24. | |
Mathematical model 1: Optimization Problem (3) | Sobolev space : Lemma | |
| 25. | |
Mathematical model 2: Inverse Problem (1) | hybrid MREIT _ Applied mathematics in biomedical science : The goal of EIT&MREIT Applied mathematics in biomedical science : Motivation, Introduction |
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| 26. | |
Mathematical model 2: Inverse Problem (2) | Applied mathematics in biomedical science : EIT method(N-channel EIT system) Applied mathematics in biomedical science : EIT method |
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| 27. | |
Mathematical model 2: Inverse Problem (3) | Applied mathematics in biomedical science : Method of MREIT | |
| 28. | |
Special Lecture | Basics of MRI | |
| 29. | |
Special Lecture | MR Quantitative susceptibility mapping(QSM) for quantifying biomarkers, removing artifacts and revealing hypointensity soure in MRI | |
| 30. | |
Mathematical model 2: Inverse Problem (1) | Uniqueness theory in EIT | |
| 31. | |
Mathematical model 2: Inverse Problem (2) | Reconstruction method in EIT : Dbar method | |
대구광역시 동구 동내로 64(동내동 1119) 우)41061
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