Publications
カンファレンス (国際) State and Transition Recognition of Ventilation-induced Barometric Disturbance during Indoor Altitude Estimation
Yuki Hirayama (Ritsumeikan University), Takuzo Ikuta (Ritsumeikan University), Kota Tsubouchi, Nobuhiko Nishio (Ritsumeikan University)
The 14th International Conference on Indoor Positioning and Indoor Navigation (IPIN 2024)
2025.2.20
There is increasing growing demand for indoor altitude estimation using smartphone barometers. However, disturbances caused by ventilation fans pose a crucial challenge in barometric pressure–based altitude estimation methods. Thus,this paper proposes a method to detect disturbances caused by ventilation fans with only barometric information. Recognizing ventilation environments is challenging due to the influence of seasons and weather on barometric pressure values. The proposed method captures the characteristics of air fluctuations, weather conditions, and temporal information, and it uses machine learning techniques to identify the presence of disturbances caused by ventilation. Experimental results show that the proposed method outperforms conventional detection methods.
Paper :
State and Transition Recognition of Ventilation-induced Barometric Disturbance during Indoor Altitude Estimation
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