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The Role of Eco-Driving and Wearable Sensors in Industry 4.0
Turuna S. Seecharan
Mechanical & Industrial Engineering
Research output
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Chapter in Book/Report/Conference proceeding
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Dive into the research topics of 'The Role of Eco-Driving and Wearable Sensors in Industry 4.0'. Together they form a unique fingerprint.
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Keyphrases
Eco-driving
100%
Wearable Sensors
100%
Electrodermal Activity
100%
Industry 4.0 (I4.0)
100%
Emotional State
60%
Arousal
40%
Driving Behavior
40%
Cognitive State
20%
Road Safety
20%
Cluster Analysis
20%
Time Monitoring
20%
Driving Performance
20%
Physiological Markers
20%
Sympathetic Nervous System
20%
Pearson Correlation Coefficient
20%
Potential Pattern
20%
Performance Increase
20%
Emotional Factors
20%
Activity Data
20%
Road Performance
20%
State Influence
20%
Eco-driving Behavior
20%
Yerkes-Dodson
20%
Internal Experience
20%
Driving Experience
20%
Driving Data
20%
In-car System
20%
Driving Indices
20%
Computer Science
Industry 4.0
100%
Driving Behavior
100%
Emotional State
66%
Time Monitoring
33%
Pearson Correlation Coefficient
33%
Driving Experience
33%
Cluster Analysis
33%
Emotional Aspect
33%
Arousal System
33%
Engineering
Wearable Sensor
100%
Emotional State
100%
Internals
50%
Road
50%
Marine Safety
50%
Pearsons Linear Correlation Coefficient
50%
Social Sciences
Driving Behavior
100%
Transport
33%
Transport Safety
33%
Pearson Correlation Coefficient
33%
Cognitive State
33%
Cluster Analysis
33%
Psychophysiology
33%
Neurological System
33%
Medicine and Dentistry
Wearable Sensor
100%
Electrodermal Activity
100%
K-Complex
40%
Sympathetic Nervous System
20%
Cluster Analysis
20%
Psychophysiology
20%
Psychology
Electrodermal Activity
100%
Cognitive State
20%
Cluster Analysis
20%
Psychophysiology
20%
Sympathetic Nervous System
20%