Statistical Analysis of the Functioning of the Inertial Acceleration Sensor in a Variable Temperature Environment

In this research paper we delve into the behavior of inertial acceleration sensor under varying temperature conditions. Our study focuses on statistical aspects, shedding light on key parameters that characterize sensor performance. We calculate the mean acceleration values recorded by the sensor across different temperature ranges. Standard deviation quantifies the variability or dispersion of acceleration measurements. We analyze how temperature fluctuations impact this metric. A higher standard deviation may indicate increased noise or instability in sensor readings. By examining quartiles, we gain insight into the distribution of acceleration data. These quartiles help us to understand the spread of values and identify potential outliers.