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CSC 414- F2021

Final Project Due December 1st, , 2021 (before midnight)

Upload the results to the Blackboard and email the code.

In this project, you will be plotting Skin conductance signals measured from various locations on the hands with two sensors. The first sensor is a wired sensor, and the second sensor is a wireless wearable sensor.

Measurements were made from the fingertips, palms and wrists on the hands. On one hand were attached the classic sensors and on the other hand were attached mobile sensors. Additionally on the sole of one foot of the subject, a mobile sensor was strapped too. In total, skin conductance measurements were collected from 7 locations simultaneously. Subjects listened to calming music and were asked to relax in a dim room. At three instances, at minute 4, 5 and 6, they heard a loud sound delivered through their headset. This induced skin conductance responses. The goal of the study was to measure the usefulness and effectiveness of mobile wearable sensors to measure as well as the traditional sensors. Quantities to be studied are the lag in response and amplitude of the response. Etc.

1.1 read GSR Finger signals, 25 subjects, and then normalize each reading between 0 and 1. Plot the normalized signals on a single figure. (use this formula for normalization normalized = (x-min(x))/(max(x)-min(x))

1.2 Repeat 1.1. for Q finger signals. Use different color and different thickness from 1.1

1.3 Calculate the mean for each group. In other words, calculate the mean of signals in 1.1, it should be vector and then calculate the mean in 1.2, it should be a vector .

1.4 plot and on the same figure, use different color and ticks and axes labels.

1.5 calculate means of and and plot the new means in bar plot. Show confidence level of 95%.

1.6 save the figure in a file

1.7 plot the GSR Finger and Q finger signals for subject # 10 on the same figure with annotation that shows the max and min points on each signal in the plot.

1.8 repeat 1.7 (without annotation) in a scatter plotting using an appropriate markers

1.9 repeat 1.8 with adding a grid background to the figure. Also, add title, legend, and labels for x and y axes in the generated figure of 1.9

1.10 your code should show all the necessary comments to make the code readable.