Lab 6: Parameter Estimation and Reactive Hyperemia In this lab, you are going apply optimization approaches discussed in class to estimate parameters describing individual's reactive hyperemic response (as described in class). Following the release of the occlusion cuff, the velocity of blood in the brachial artery can be described as a function of time as: V max e dt Where: Vo is the blood velocity at steady-state. Vmax describes the magnitude of the velocity peak. k describes the rate of decay of the blood velocity following the peak. C is a delay constant that accounts for inertial effects of blood A) Build a model in Matlab to simulate velocity as a function of time. Use C = 0.6, VO =5 m/s, Vmax = 60 m/s, and k = 0.1 /s. Use VO as the initial condition for V Simulate for 120 seconds. You should get a result that looks like this: 50 45 40 35 30 20 15 10 100 120