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Man down situation detection using an in-ear inertial platform
Alex Guilbeault-Sauvé
,
Bruno De Kelper
,
Jérémie Voix
École de technologie supérieure
Electrical Engineering Department
Mechanical Engineering Department
École de technologie supérieure
Research output
:
Contribution to journal
›
Journal Article
›
peer-review
6
Citations (Scopus)
Overview
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Keyphrases
Detection Method
100%
In-ear
100%
Inertial Platform
100%
Situation Detection
100%
State-based
50%
Hearing Protection
50%
Accelerometer
50%
Working Conditions
50%
Earpiece
50%
Movement Data
50%
Life-threatening
50%
Ergonomics
50%
Worker Safety
50%
High Risk
50%
Gyroscope
50%
In Vivo Test
50%
False Alarm Rate
50%
Automatic Detection
50%
Orientation Information
50%
Normal Activity
50%
Low False Alarm Rate
50%
Body Movement
50%
Industrial Workers
50%
Short Response Time
50%
Immobility
50%
Inertial Measurement
50%
Loss of Consciousness
50%
Industrial Workplace
50%
Public Database
50%
Body Orientation
50%
Protection Issues
50%
Medicine and Dentistry
Accelerometer
100%
Body Movement
100%
Immobility
100%
Loss of Consciousness
100%
Engineering
False Alarm Rate
100%
Ergonomics
50%
Periodic Time
50%
Response Time
50%
Test Procedure
50%
Observables
50%
Inertial Measurement
50%
Computer Science
False Alarm Rate
100%
Ergonomics
50%
Response Time
50%
Automatic Detection
50%
Protection Issue
50%
Agricultural and Biological Sciences
Ergonomics
100%
Automatic Detection
100%
Pharmacology, Toxicology and Pharmaceutical Science
Immobility
100%