EarGo: Is Earbud a Necessary Complement to Smartwatch for Estimation of the Running Dynamics Parameters?

Human activity recognition has been an established active research area within the past few decades. While many researchers have tried to estimate some of the gait and running parameters, none was successful to provide a full suite of running dynamics parameters using commodity devices. Earbuds with their unique placement (in line with center of mass) provide an opportunity for activity recognition that never existed before with other commodity devices. Taking advantage of this opportunity, this work proposes a multi-modal approach to measure running dynamics using fusion of earbuds and smartwatch. Collecting a large dataset of 53 subjects, we developed various regression models to identify running parameters such as speed, cadence, stride length, vertical oscillation and ground contact time. These parameters were estimated in both jog and walk conditions and were evaluated in different device and context settings. Our MAPE ranges from 6.04% to 11.54% for various parameters.

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Publication Details

Published
2024-10-15
DOI
https://doi.org/10.1109/bsn63547.2024.10780510
Citations
1
Primary Topic
Balance, Gait, and Falls Prevention
Type
article
Field-Weighted Citation Impact
1.15
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article

EarGo: Is Earbud a Necessary Complement to Smartwatch for Estimation of the Running Dynamics Parameters?

Jilong Kuang, Nafiul Rashid, Ebrahim Nemati, Mohsin Y Ahmed
1 citations
Balance, Gait, and Falls Prevention
1.15
article

EarGo: Is Earbud a Necessary Complement to Smartwatch for Estimation of the Running Dynamics Parameters?

Jilong Kuang, Nafiul Rashid, Ebrahim Nemati, Mohsin Y Ahmed
article en
1 citations

Abstract

Human activity recognition has been an established active research area within the past few decades. While many researchers have tried to estimate some of the gait and running parameters, none was successful to provide a full suite of running dynamics parameters using commodity devices. Earbuds with their unique placement (in line with center of mass) provide an opportunity for activity recognition that never existed before with other commodity devices. Taking advantage of this opportunity, this work proposes a multi-modal approach to measure running dynamics using fusion of earbuds and smartwatch. Collecting a large dataset of 53 subjects, we developed various regression models to identify running parameters such as speed, cadence, stride length, vertical oscillation and ground contact time. These parameters were estimated in both jog and walk conditions and were evaluated in different device and context settings. Our MAPE ranges from 6.04% to 11.54% for various parameters.

Samsung (United States) (US)
Openalex Percentile: Top 14%
Balance, Gait, and Falls Prevention
1.15
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