Mean Solid Line And Standard Deviation Dashed Line For Velocity

Mean Solid Line And Standard Deviation Dashed Line For Velocity Download scientific diagram | mean normalized desired velocity v (solid line) and standard deviation (dashed line) of all subjects for experimental setups 1 and 2 averaged for one gait cycle. The solid line depicts a normal distribution with a mean of mu=4. the dashed line shows a normal distribution with a mean of mu=7. in both cases, the standard deviation is sigma=1. not surprisingly, the two distributions have the same shape, but the dashed line is shifted to the right. figure 9.8: an illustration of what happens when you change.

Mean Solid Line And Standard Deviation Dashed Line For Velocity Tail distributions of normalized temperature fluctuations on a semilog plot. (a) left tail distributions, where solid lines are the least squares power laws fitted to the data. (b) right tail distributions, where solid lines are the least squares gaussian fitted to the data. symbols are the same as in figure 1. for clarity, circles are shifted. (a) linear scaling; (b) semilog scaling; (c) premultiplied form; (d) statistical scatter around the mean. in panel (d) the shaded blue region marks unit standard deviation uncertainty from the mean distribution (solid blue), and the dash dotted red line denotes a compound logarithmic parabolic fit given by eqs. and (see table 2). the inset. Black bars > 2.0 st. devs. from mean. solid and dashed lines represent the mean and standard deviation values as per engh & huber small molecule data. Metadata include the distribution mean pgv μ (solid red line, μ), the distribution standard deviation pgv σ (dashed red lines, σ), within event variability (coefficient of variation) as the percentage ratio of 1 standard deviation and the mean (cv), and the number of nodes (n).