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Tri-axial accelerometry as a simple means to estimate fast running speeds
John Wilson
, Olivia Haddow
, Jonathan Clark
, Laura Irwin
, Chris Easton
, Barry Fudge
, Bengt Kayser
, Yannis Pitsiladis
School of Health and Life Sciences
Research output
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Contribution to journal
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Meeting Abstract
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peer-review
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Dive into the research topics of 'Tri-axial accelerometry as a simple means to estimate fast running speeds'. Together they form a unique fingerprint.
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Keyphrases
Triaxial Accelerometer
100%
Fast Running
100%
Running Speed
100%
Activity Score
85%
Heart Rate
57%
Linear Relationship
28%
Physical Activity
14%
Accelerometer
14%
Laboratory Setting
14%
Germany
14%
Accelerometry
14%
Gas Exchange
14%
Breath-by-breath
14%
Volitional Exhaustion
14%
Treadmill Running
14%
Uniaxial
14%
Trained Subjects
14%
Oxygen Uptake
14%
Finland
14%
Bristol
14%
Energy Cost of Running
14%
Endurance Athletes
14%
Runs Test
14%
Motorized Treadmill
14%
Accelerometery
14%
Ground Contact Time
14%
Free-living
14%
Running Pace
14%
Rhein
14%
Metabolic Monitoring
14%
Quadrupole Mass Spectrometer
14%
Free Competition
14%
Foot-ground Contact
14%
Marathon Running
14%
Nursing and Health Professions
Accelerometry
100%
Accelerometer
50%
Athletes
25%
Treadmill Exercise
25%
Mass Spectrometer
25%
Contact Time
25%
Rhein
25%