In this final chapter, the necessity of integrating computer vision, predictive analysis, and learning-based agent modeling in sports analytics is explored to address the complex and dynamic nature of sports movements. A hypothesis on advanced research directions is presented, emphasizing the integration of real-world data and digital modeling. This integration enables more comprehensive systems capable of prediction, play evaluation, and optimal play suggestions. Furthermore, the practical deployment of these technologies in real-world scenarios is discussed, focusing on their impact on various levels of sports. Finally, the formation of future ecosystems that support these advancements is explored, highlighting the importance of open approaches, standardization, and collaboration.

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Future Perspectives and Ecosystems

  • Keisuke Fujii

摘要

In this final chapter, the necessity of integrating computer vision, predictive analysis, and learning-based agent modeling in sports analytics is explored to address the complex and dynamic nature of sports movements. A hypothesis on advanced research directions is presented, emphasizing the integration of real-world data and digital modeling. This integration enables more comprehensive systems capable of prediction, play evaluation, and optimal play suggestions. Furthermore, the practical deployment of these technologies in real-world scenarios is discussed, focusing on their impact on various levels of sports. Finally, the formation of future ecosystems that support these advancements is explored, highlighting the importance of open approaches, standardization, and collaboration.