Wearable Computing System for Prevention of Road Accidents focuses on the design and implementation of wearable computing systems for the prevention of road accidents using real time data. The book offers a practical approach using simple physiological parameters for wearable applications that can also be correlated with human health disorders. It presents a collection of case studies, provides multidirectional research opportunities, and discusses the relationship between human body reflexes and cognitive fatigue. Futuristic developments in wearable computing and different fields of engineering are also presented, thus establishing a common platform to prevent road accidents and save lives.
It is an excellent reference for electronic and computer engineers working in industry and academia who are interested in wearable technologies.
Presents results of real-time data collected from over 150 vehicular drivers
Provides insights into emerging technologies for researchers and academicians
Illustrates a focused approach towards the design and implementation of wearable computing systems
Pages
160
Format
Paperback
Publisher
Academic Press
Release
November 15, 2019
ISBN
0128162481
ISBN 13
9780128162484
Wearable Computing System for Prevention of Road Accidents
Wearable Computing System for Prevention of Road Accidents focuses on the design and implementation of wearable computing systems for the prevention of road accidents using real time data. The book offers a practical approach using simple physiological parameters for wearable applications that can also be correlated with human health disorders. It presents a collection of case studies, provides multidirectional research opportunities, and discusses the relationship between human body reflexes and cognitive fatigue. Futuristic developments in wearable computing and different fields of engineering are also presented, thus establishing a common platform to prevent road accidents and save lives.
It is an excellent reference for electronic and computer engineers working in industry and academia who are interested in wearable technologies.
Presents results of real-time data collected from over 150 vehicular drivers
Provides insights into emerging technologies for researchers and academicians
Illustrates a focused approach towards the design and implementation of wearable computing systems