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This paper outlines the development of a serious game prototype designed to simulate knee replacement surgeries for surgeons-in-training. Building on our previous disease detector model, the game aims to provide an interactive and realistic training tool for Osteoarthritis procedures. We detail our journey from concept to creation, highlighting key decisions, technical challenges, and user feedback that shaped the prototype. By integrating advanced 3D modeling and physics simulations, we strive to enhance surgical education and improve skill acquisition. The paper concludes with insights on our achievements and future enhancements for broader surgical training applications.

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Enhancing Surgical Training Through Serious Game Simulations: A Focus on Knee Replacement Procedures

  • 会议论文

  • 发表日期：

    2025年

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  • Mostafa Ezziyyani,
  • Loubna Cherrat,
  • Ayoub Bakkali,
  • Jamal Ouhatna

摘要

This paper outlines the development of a serious game prototype designed to simulate knee replacement surgeries for surgeons-in-training. Building on our previous disease detector model, the game aims to provide an interactive and realistic training tool for Osteoarthritis procedures. We detail our journey from concept to creation, highlighting key decisions, technical challenges, and user feedback that shaped the prototype. By integrating advanced 3D modeling and physics simulations, we strive to enhance surgical education and improve skill acquisition. The paper concludes with insights on our achievements and future enhancements for broader surgical training applications.