Human Activity Recognition using Statistical Methods - Chawla, Jaideep
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Human activity recognition (H.A.R.) is the capture and analysis of various types of movement that a human can exhibit. It includes but is not limited to locomotion (translation), gestures, change of orientation of the body or a limb (via movement of joints). Capturing different types of human movement has its uses in fields like medicine, sports, surveillance and gesture recognition has its uses in various devices. This book focuses on macro level movements of the body such as locomotion, change of orientation and movement of the joints. The purpose of the book is to propose and develop an…mehr

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Produktbeschreibung
Human activity recognition (H.A.R.) is the capture and analysis of various types of movement that a human can exhibit. It includes but is not limited to locomotion (translation), gestures, change of orientation of the body or a limb (via movement of joints). Capturing different types of human movement has its uses in fields like medicine, sports, surveillance and gesture recognition has its uses in various devices. This book focuses on macro level movements of the body such as locomotion, change of orientation and movement of the joints. The purpose of the book is to propose and develop an architecture which allows us to study movement using a combination of accelerometers, gyroscopes and magnetometers on the body to capture movement. Traditionally such forms of motion capture and analysis was done using video motion capture but with advancements in sensor and the ubiquitous nature of inertial sensors which are now available in almost all the smart devices (phones and digital watches) it is equally feasible to use a wireless sensor network on the human body for the purpose of Human Activity Recognition.
Autorenporträt
Jaideep Chawla is currently a lecturer at the University of Applied Sciences, Frankfurt am Main. The work presented in this book is a part of his ongoing research on classifying Human movement digitally with the help of wireless sensor networks and classification algorithms.