Artificial intelligence (AI)-driven decision support has expanded across various fields; however, its widespread adoption has revealed diverse technical challenges related to the explainability, fairness, and optimization of AI decision-making processes. This study proposes an integrated AI-based decision-making (IADM) framework to comprehensively address these challenges. It compares traditional decision support systems (DSSs) with data-driven decision-making (DDDM) to identify the major challenges faced by AI-based decision support. Based on this analysis, the IADM framework integrates explainable AI (XAI) technologies to enhance transparency, fairness technologies to mitigate bias, and optimization technologies to support efficient, accurate, and adaptive decisionmaking. The IADM framework comprises three key phases: data input, AI analysis, and final decisionmaking, each applying technologies to overcome the technical limitations in conventional approaches. Furthermore, this study examines the applicability of IADM in corporate management, public policy, healthcare, and sports, and categorizes the technical, ethical, and operational challenges associated with its practical implementation. The findings of this study are expected to provide a foundation for the advancement of AI technologies and their practical applications in decision support.
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