Assignment 6 - POTH620 Postural Sway Measures Due February 19, 2023 This assignment is worth 7% of the final mark for the course. The function is worth 5%. The script to call each function is worth 1%. The findings in the table are worth 1%. Assignment 1) Write a Matlab function to calculate the time domain measures, described by Maurer \& Paterka 1, for the analysis of postural sway. 2) Write a Matlab script to calculate the postural sway measures in the table below 1,2 by calling: a. the Matlab function that you wrote in (1) b. CoP_FrequencyDomain.m c. CoP_SDFM.m for the data in: (sampled at 100Hz ) - One_Foot_CoP.mat - Two_Feet_CoP.mat 3) Present your data in a table (Excel). Due February 19, 2023 Maurer, C. \& Peterka, R. J. A new interpretation of spontaneous sway measures based on a simple model of human postural control. J Neurophysiol 93, 189-200, doi:10.1152/jn.00221.2004 (2005). Vette, A., Masani, K., Sin, V. \& Popovic, M. Posturographic measures in healthy young adults during quiet sitting in comparison with quiet standing. Med Eng Phys 32, 32-38 (2009). Assignment 6 - POTH620 Postural Sway Measures Due February 19, 2023 This assignment is worth 7% of the final mark for the course. The function is worth 5%. The script to call each function is worth 1%. The findings in the table are worth 1%. Assignment 1) Write a Matlab function to calculate the time domain measures, described by Maurer \& Paterka 1, for the analysis of postural sway. 2) Write a Matlab script to calculate the postural sway measures in the table below 1,2 by calling: a. the Matlab function that you wrote in (1) b. CoP_FrequencyDomain.m c. CoP_SDFM.m for the data in: (sampled at 100Hz ) - One_Foot_CoP.mat - Two_Feet_CoP.mat 3) Present your data in a table (Excel). Due February 19, 2023 Maurer, C. \& Peterka, R. J. A new interpretation of spontaneous sway measures based on a simple model of human postural control. J Neurophysiol 93, 189-200, doi:10.1152/jn.00221.2004 (2005). Vette, A., Masani, K., Sin, V. \& Popovic, M. Posturographic measures in healthy young adults during quiet sitting in comparison with quiet standing. Med Eng Phys 32, 32-38 (2009)