Fall Detection Sensing and Fall Prevention Intervention Based on Active Sensing and Stochastic Resonance
EMBS Academy. Lo B. 07/20/20; 306866; 2077
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Nbr: 2077
Author: Lo, Benny
Co-Authors: Jiang, Shuo; Chen, Xiaoshuai; Shull, Peter B.; Lo, Benny
Affiliation: Shanghai Jiao Tong University
Session Title: 1 Page Research Abstracts
This paper presents a novel approach introducing an active acoustic sensing source as an effective method for both fall risks detection and fall prevention intervention. Specifically, a vibrational tactor and microphone were integrated in an ankle band. The vibration can improve balance control via stochastic resonance while the vibrational signal is propagated through the bones and muscles and captured by the microphone for ankle pose estimation.
Keywords: Acoustic sensors and systems, IoT sensors for health monitoring, Health monitoring applications
Author: Lo, Benny
Co-Authors: Jiang, Shuo; Chen, Xiaoshuai; Shull, Peter B.; Lo, Benny
Affiliation: Shanghai Jiao Tong University
Session Title: 1 Page Research Abstracts
This paper presents a novel approach introducing an active acoustic sensing source as an effective method for both fall risks detection and fall prevention intervention. Specifically, a vibrational tactor and microphone were integrated in an ankle band. The vibration can improve balance control via stochastic resonance while the vibrational signal is propagated through the bones and muscles and captured by the microphone for ankle pose estimation.
Keywords: Acoustic sensors and systems, IoT sensors for health monitoring, Health monitoring applications
Nbr: 2077
Author: Lo, Benny
Co-Authors: Jiang, Shuo; Chen, Xiaoshuai; Shull, Peter B.; Lo, Benny
Affiliation: Shanghai Jiao Tong University
Session Title: 1 Page Research Abstracts
This paper presents a novel approach introducing an active acoustic sensing source as an effective method for both fall risks detection and fall prevention intervention. Specifically, a vibrational tactor and microphone were integrated in an ankle band. The vibration can improve balance control via stochastic resonance while the vibrational signal is propagated through the bones and muscles and captured by the microphone for ankle pose estimation.
Keywords: Acoustic sensors and systems, IoT sensors for health monitoring, Health monitoring applications
Author: Lo, Benny
Co-Authors: Jiang, Shuo; Chen, Xiaoshuai; Shull, Peter B.; Lo, Benny
Affiliation: Shanghai Jiao Tong University
Session Title: 1 Page Research Abstracts
This paper presents a novel approach introducing an active acoustic sensing source as an effective method for both fall risks detection and fall prevention intervention. Specifically, a vibrational tactor and microphone were integrated in an ankle band. The vibration can improve balance control via stochastic resonance while the vibrational signal is propagated through the bones and muscles and captured by the microphone for ankle pose estimation.
Keywords: Acoustic sensors and systems, IoT sensors for health monitoring, Health monitoring applications
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