Advancements in Explainable Artificial Intelligence for Enhanced Trans- parency and Interpretability across Business Applications
Maikel León, Hanna DeSimone · Advances in Science Technology and Engineering Systems Journal · 2024
This manuscript offers an in-depth analysis of Explainable Artificial Intelligence (XAI), em- phasizing its crucial role in developing transparent and ethically compliant AI systems. It traces AI’s evolution from basic algorithms to complex systems capable of autonomous de- cisions with self-explanation. The paper distinguishes between explainability—making AI decision processes understandable to humans—and interpretability, which provides coherent reasons behind these decisions. We explore advanced explanation methodologies, including feature attribution, example-based methods, and rule extraction technologies, emphasizing their importance in high-stakes domains like healthcare and finance. The study also reviews the current regulatory frameworks governing XAI, assessing their effectiveness in keeping pace with AI innovation and societal expectations. For example, rule extraction from artificial neural networks (ANNs) involves deriving explicit, human-understandable rules from complex models to mimic explainability, thereby making the decision-making process of ANNs transparent and accessible. Concluding, the paper forecasts future directions for XAI research and regulation, advocating for innovative and ethically sound advancements. This work enhances the dialogue on responsible AI and establishes a foundation for future research and policy in XAI.