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EXPLORING THE RELATIONSHIP BETWEEN
                                              PREDICTED GROUND REACTION FORCES AND

                                              RUNNING INJURIES USING MACHINE LEARNING

                                              ON MOTIONMETRIX DATA


                                              ABSTRACT


                                              RESEARCH BACKGROUND
                                              Running is a popular activity that often results in overuse injuries, particularly to the
                                              lower back and lower limbs. It has been noted in previous studies that many variables
                                              can cause running injuries, but it has not been evaluated whether statistical models can
    LO LAI HANG                               be used to forecast injuries. It is important to develop an effective statistical model and
                                              provide important features for preventing running injuries.

    BSocSc (Hons) in Sports and               METHODOLOGY
    Recreation Management                     Machine learning algorithms including SVM, random forest, and XGBOOST, will
    Department of Sport and Recreation
                                              be used in the study. By using machine learning algorithms, the dataset combines
                                              MotionMetrix data, clinical test data, and survey. The machine learning algorithms will
                                              predict the important features and mean accuracy, F1 scores, and Auc scores.

    OBJECTIVES                                FINDINGS
                                              According to the results, XGBOOST is the most accurate model, and the mean accuracy
    The purpose of the study is to utilize    is 0.63. The result also found that rearfoot strike pattern, hip abduction strength,
    machine    learning  algorithms   on      body fat%, weekly distance, and vertical forces were the most important features for
    MotionMetrix data to explore the          predicting running injury.
    relationship  between  predicted  ground   ABOUT THE INVESTIGATOR
    reaction forces (GRF) and running
    injuries.  Moreover,  the  study  serves
    as a means of developing a predictive     I have been participating in track and field for 12 years. I am interested in participating
    model based on GRF that can predict       in various sports such as football, basketball, and badminton. Also, I am interested
    the  likelihood  and  severity  of  running   in exploring the relationship between biomechanics and injury because the problem-
                                              solving process attracts me. In the future, I wish to become a physiotherapist to help
    injuries accurately and contributes to    more athletes recover from injury and improve their sports performance. Furthermore,
    the advancement of injury prevention      I hope to educate the appropriate injury prevention strategies for next-generation
    measures.                                 athletes through my experience.
                                              The name of my supervisor: Mr Indy HO Man Kit.






























      64    Student Applied Research Presentations 2024                                                                                                                                              Student Applied Research Presentations 2024
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