Lectures
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1. Introduction - 1/10
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![](lectures/BME599_lecture_1_Page_01.jpg)
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2. Jumping Lab - 1/15(top)
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![](lectures/BME599_lecture_2_Page_01.jpg)
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3. Systems-level Modeling - 1/17(top)
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![](lectures/BME599_lecture_3_Page_01.jpg)
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4. Musculoskeletal Modeling - 1/222 (top)
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![](lectures/BME599_lecture_4_Page_01.jpg)
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5. Inverse Kinematics - 1/24 (top)
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6. Inverse/Forward Dynamics - 1/31 (top)
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7. Patient-specific Modeling - 2/5 (top)
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8. Advanced Dynamic Analyses - 2/7 (top)
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9. Dynamic Optimization - 2/14 (top)
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10. Contact Modeling - 2/19 (top) |
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11. Muscle Modeling- 2/21 (top) |
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12. Muscle Evaluation - 2/26(top) |
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13. Muscle Optimization - 2/28 (top) |
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14. Muscle Cadaver - 3/7 (top) |
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15. Model Applications - 3/12 (top) |
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16. Control Principles - 3/14 (top) |
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17. Feedback Control - 3/28 (top) |
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18. Static Optimization - 4/2 (top) |
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19. Dynamic Optimization - 4/4 (top) |
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20. EMG Models - 4/9 (top) |
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21. Factor Analysis - 4/11 (top) |
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22. Projects I - Examples(top) |
Eric
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Brad
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23. Projects II - Examples(top) |
Joseph
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Katie
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Nicholas
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24. Projects III - Examples(top) |
Misagh
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Chris
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Thibaut
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25. Projects IV - Examples(top) |
Jake
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Kristin
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Yasser
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...
(top)
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