Indoor positioning system in visually-degraded environments with millimetre-wave radar and inertial sensors: Demo abstract

Keyphrases

• Inertial Sensors 100%
• Inertial Measurement Unit 100%
• Millimeter Wave Radar 100%
• Millimeter-wave Radar Sensor 100%
• Degraded Environments 100%
• Indoor Positioning System 100%
• Resilient 50%
• Resilience 50%
• Sensor Systems 50%
• Computational Resources 50%
• Indoor Environment 50%
• Computational Capability 50%
• Mobile Devices 50%
• Mobile Computer 50%
• Handheld Devices 50%
• Emergency Service 50%
• Low Computational 50%
• Public Safety 50%
• Wearable Sensors 50%
• Good Accuracy 50%
• Firefighters 50%
• First Responders 50%
• Positioning System 50%
• Apartment 50%
• Infrastructure-free 50%
• RGB-D Camera 50%
• Device Motion 50%
• Camera Measurements 50%
• Deep Sensor Fusion 50%
• Motion Estimation 50%
• Navigation Technique 50%
• Visual Degradation 50%
• Aided Navigation 50%
• Sensor-aided 50%
• Positional Estimation 50%
• Radar Measurements 50%
• Satellite Navigation 50%
• Medical Rescue Team 50%

Engineering

• Inertial Sensor 100%
• Millimeter-Wave Radar 100%
• Radar Sensor 100%
• Indoor Positioning Systems 100%
• Units of Measurement 66%
• Inertial Measurement 66%
• Sensor System 33%
• Great Importance 33%
• Smoke 33%
• Global Positioning System 33%
• Wearable Sensor 33%
• Computational Resource 33%
• Emergency Services 33%
• Good Accuracy 33%
• Fighter Aircraft 33%
• Sensor Fusion 33%
• Responder 33%
• Public Safety 33%
• Radar Measurement 33%
• Motion Estimation 33%
• Medical Rescue 33%
• Free Solution 33%

Computer Science

• Millimeter Wave Radar 100%
• Measurement Unit 66%
• Handheld Device 33%
• Global Positioning System 33%
• Computational Resource 33%
• Running Computer 33%
• Motion Estimation 33%
• Emergency Responder 33%
• Mobile Device 33%