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Incorrect execution of power lifting exercises in athletes can cause injuries to the muscles, knees, shoulders and spine, causing severe pain and a decrease in sports performance. To address this problem, the development of an electronic monitoring system that combines artificial vision and signal processing from a heart rate sensor is proposed. The system was evaluated in four different environments with the participation of five experienced powerlifting athletes, who performed four sets of ten repetitions each. This evaluation demonstrated the efficiency of the system in detecting correct postures during powerlifting exercises. The system achieved a 95% decrease in the percentage of injuries during powerlifting.

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Intelligent Electronic System for Optimizing Postures in Lifting of Power

  • 会议论文

  • 发表日期：

    2026年

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  • Maira-Natalia Martínez-Freire,
  • Byron Rodrigo-Palacios,
  • Juan-Diego Erazo-Rodríguez,
  • Byron-Rodrigo Moreno-Moreno

摘要

Incorrect execution of power lifting exercises in athletes can cause injuries to the muscles, knees, shoulders and spine, causing severe pain and a decrease in sports performance. To address this problem, the development of an electronic monitoring system that combines artificial vision and signal processing from a heart rate sensor is proposed. The system was evaluated in four different environments with the participation of five experienced powerlifting athletes, who performed four sets of ten repetitions each. This evaluation demonstrated the efficiency of the system in detecting correct postures during powerlifting exercises. The system achieved a 95% decrease in the percentage of injuries during powerlifting.