B22 Novel measures for swimming using inertial sensor technology
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概要
- 論文の詳細を見る
Freestyle swimming is technically challenging and also can be difficult to analyse. Understanding the various actions, such as armstroke, kick, and body roll, is important for performance analysis. Inertial sensors can biomechanically capture temporal kinematics. Measuring the timing and coordination of the kinematics associated with armstroke, kick, and body roll provides performance analysers with a means to quantify progression of a swimmer's development. Video use is the typical method for analysis, however, there are shortcomings with this system. Inertial technology can overcome some issues. Outcomes from this study indicate that patterns in the inertial sensor data are consistent. Therefore assessment is possible. Not only for each individual variable of armstroke, kick, and body roll, but also relative to each other.
- 一般社団法人日本機械学会の論文
- 2011-10-30
著者
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James Daniel
Centre For Wireless Monitoring And Applications Griffith School Of Engineering Griffith University
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Leadbetter Raymond
Centre for Wireless Monitoring and Applications (CWMA), Griffith University (GU)
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Lee James
Centre for Wireless Monitoring and Applications (CWMA), Griffith University (GU)
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Burkett Brendan
University of the Sunshine Coast (USC)
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Thiel David
Centre for Wireless Monitoring and Applications (CWMA), Griffith University (GU)
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Lee James
Centre for Wireless Monitoring and Applications (CWMA), Griffith University (GU):University of the Sunshine Coast (USC)
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James Daniel
Centre for Wireless Monitoring and Applications (CWMA), Griffith University (GU):Centre of Excellence for Applied Sport Science Research, Queensland Academy of Sport (QAS)
関連論文
- 特別講演 The application of wireless technology and sensors for sporting applications
- B22 Novel measures for swimming using inertial sensor technology
- B23 Integration of multiple data sources for swimming biomechanics