Full exam for Technologies for Motor Behavior Analysis and Virtual Modeling in the Biomedical Engineering degree programme at Politecnico di Milano. The document covers: TECHNOLOGIES FOR MOTOR BEHAVIOUR ANALYSIS AND VIRTUAL MODELLING June 25, 2020 Written Test. Max points 165 (equivalent to 33/30). Min points 90/165 (equivalent to 18/30). Duration 90 minutes QUESTION 1 [15/165] Write the equations of the two mathematical models that allow to
Full exam for Technologies for Motor Behavior Analysis and Virtual Modeling in the Biomedical Engineering degree programme at Politecnico di Milano. The document covers: TECHNOLOGIES FOR MOTOR BEHAVIOUR ANALYSIS AND VIRTUAL MODELLING June 25, 2020 Written Test. Max points 165 (equivalent to 33/30). Min points 90/165 (equivalent to 18/30). Duration 90 minutes QUESTION 1 [15/165] Write the equations of the two mathematical models that allow to
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TECHNOLOGIES FOR MOTOR BEHAVIOUR ANALYSIS AND VIRTUAL MODELLING June 25, 2020 Written Test. Max points 165 (equivalent to 33/30). Min points 90/165 (equivalent to 18/30). Duration 90 minutes QUESTION 1 [15/165] Write the equations of the two mathematical models that allow to build a motor unit action potential train starting from a MUAP. If you need, in order to write equations easily, you can use a sheet of paper and write manually with a clear handwriting. Take a picture of the sketch sheet and upload it here (pdf or image). Please draw clean lines on a clean sheet and do not exaggerate with the size. If you add writing, write clearly with an appropriate size and nice handwriting. QUESTION 2 [10/165] G, in picture, is the Gauge factor. What are R, l and epsilon. What are their measurement units? QUESTION 3 [20/165] A neurological patient undergoes a full -body motion analysis. Since the patient is quite tall, she is not always visible (distal markers) to one camera (of a pair) of the motion capture system (based on two cameras and passive markers). You see that on the camera, which is missing the measurement, there is a lens with 6 mm foca l length. In order to solve this problem, you are provided with other two possible option: 4 mm and 8 mm. What is your choice? Why? Provide a short rationale for your choice. State also if your choice improves or deteriorate the quality of the data and why. QUESTION 4 [5/165] IMU mounted magnetometers measure: • Gravity acceleration vector via Hall principle • Direction (inclination and declination) and intensity of the local Earth magnetic field • Solar magnetic field via Hall effect • Electrical atmospheric fields by Hall effect • Inclination and declination of gravity acceleration vector via Coriolis acceleration QUESTION 5…
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