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Embedded System for Athletes' Jump Performance Analysis
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AI
DOI：10.1109/LES.2025.3539009.png)
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Abstract
En 中文
Achieving peak performance is a primary goal for athletes, and understanding progress is essential for this pursuit. Jump tests are a reliable method for evaluating athletic performance. This study presents an embedded system that leverages the cutting-edge technology present in the SensorTile STEVAL-STLCS01V1 sensor to provide accurate measurements of key performance indicators, such as jump height, power, and reaction time. We propose a wearable technology solution that seamlessly tracks and analyzes these metrics, offering evaluators valuable insights into an athlete's development. A data collection protocol was implemented involving 22 participants, and the results show that the system's measurements exhibit a consistent bias relative to the gold standard. A minor bias correction would allow the system to achieve both higher accuracy and precision, demonstrating its potential for practical use in athletic training.
Keywords:
Sports
Training
Measurement
Accelerometers
Protocols
Force
Embedded systems
Accuracy
Particle measurements
Indexes
Embedded system
jump test
performance evaluation
sports
wearable technology
Journal
IF:
2
Papers:
101
Citations:
696
Organization
No organization information available