A study on Human Activity Recognition Using Gyroscope, Accelerometer, Temperature and Humidity data
Arnab Barna, Abdul Kadar Muhammad Masum, Mohammad Emdad Hossain, Erfanul Hoque Bahadur, Mohammed Shamsul Alam · 2019
An adequate variety of sensors employed in smartphones, being accessible, a great prospect concerning the research sphere towards data mining and machine learning has been discerned. Regarding the discerned arena of data mining and machine learning, a total of ten human activities encompassing sitting, walking, jogging, lying, walking upstairs and downstairs, cycling, standing, squatting in a toilet and fallen down have been subjected to be recognized in this paper. Employing a total of four sensors comprising Accelerometer sensor, Gyroscope sensor, Humidity sensor and Temperature sensor, we collected labeled data in connection with daily activities of three subjects and epitomized in 1Hz frequency. Afterwards, a model respecting the forecasting of activity recognition was brought out incorporating our training dataset. We consider the recognition of pristine activities as well as higher accuracy as the quirky attribute of our research. Through this research, heterogeneous applications regarding analysis of disease associated with physical action, overseeing of physical action and elderly care can be accomplished.