Smartphone-based indoor pedestrian tracking using geo-magnetic observations

Earth and Planetary Sciences

• Infrastructure 100%
• Observation 50%
• Position (Location) 50%
• Pedestrian 50%
• Global Positioning System 25%
• Indoor Environment 25%
• Environmental Change 25%
• Accelerometer 25%
• Error 25%
• Investigation 25%
• Evaluation 25%
• Model 25%
• Environment 25%
• Difference 25%
• Cost 25%
• Tracking 25%
• Corner 25%

Computer Science

• Smartphones 100%
• Location-Based Service 50%
• Tracking System 50%
• Indoor Location 50%
• Magnetic Sensor 50%
• Active Research 25%
• Simulation Mode 25%
• Computation Time 25%
• Location Information 25%
• Mobility Model 25%
• Multiple Sensor 25%
• User 25%
• False Positive 25%
• Evaluation 25%

Engineering

• Smartphone 100%
• Tracking (Position) 50%
• Measurement 25%
• Active Research 25%
• Fluctuations 25%
• Research Issue 25%
• Computation Time 25%
• Location Information 25%
• Multiple Sensor 25%
• Error 25%
• Environment 25%
• Models 25%
• Evaluation 25%
• Characteristics 25%
• Estimation 25%
• Energy Price 25%