원문정보
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목차
Abstract
1. Introduction
2. Previous and Related Studies
2.1 A Method for Distance Prediction by Radio Signal Strength
2.2 The RSSI Signals Strengths depend on Different Distances
2.3 The Characteristics of RSSI Signal Strength
2.4. Compass Sensing
2.5. Laser Sensor
2.6. LoS Components from Multipath Components
2.7. Time of Flight
3. Distance Decision based on RSSI
3.1 RSSI Signal Characteristics in the 5GHz
3.2 Fluctuation of the RSSI Values by Antenna Directions
3.3 Errors Depend on Propagation Distance
4. Experiment Environments for Location Decision
4.1 Positioning using RSSI from Wi-Fi
4.2 Positioning using Laser Sensor and Compass Sensor
5. Proposed Hybrid Indoor Positioning System
6. Conclusions
Acknowledgements
References
1. Introduction
2. Previous and Related Studies
2.1 A Method for Distance Prediction by Radio Signal Strength
2.2 The RSSI Signals Strengths depend on Different Distances
2.3 The Characteristics of RSSI Signal Strength
2.4. Compass Sensing
2.5. Laser Sensor
2.6. LoS Components from Multipath Components
2.7. Time of Flight
3. Distance Decision based on RSSI
3.1 RSSI Signal Characteristics in the 5GHz
3.2 Fluctuation of the RSSI Values by Antenna Directions
3.3 Errors Depend on Propagation Distance
4. Experiment Environments for Location Decision
4.1 Positioning using RSSI from Wi-Fi
4.2 Positioning using Laser Sensor and Compass Sensor
5. Proposed Hybrid Indoor Positioning System
6. Conclusions
Acknowledgements
References
저자정보
참고문헌
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