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Artificial Intelligence in Medical Devices: A Holistic Appraisal of Regulatory Paradigms, Design Heuristics and Global Compliance Trajectories
0
Zitationen
3
Autoren
2026
Jahr
Abstract
In the field of medical devices, artificial intelligence (AI) has become a disruptive force that is transforming real-time monitoring, treatment planning, and diagnosis. This review examines the classification, regulatory processes, design principles, and ethical implications of artificial intelligence as it relates to medical devices. Global regulatory frameworks such as the FDA (USA), EMA (Europe), CDSCO (India), and IMDRF are highlighted, along with comparative analysis of approval procedures and compliance guidelines. The technological design concepts of AI-enabled medical devices are critically examined, with an emphasis on cybersecurity, interoperability, algorithm transparency, and real-world performance validation. The article focuses on issues such discrepancies in technical compliance, the explainability of AI results, and the absence of uniform post-market surveillance systems. It also examines the legislative ambiguity surrounding continuous learning algorithms and the particular difficulties of adaptive AI systems. To highlight both advancements and challenges, recent case studies like IDx-DR, Arterys Cardio AI, and Optum Health's bias incident are reviewed. The necessity of strong, unified regulatory approaches that promote innovation without sacrificing safety is emphasized in the review's conclusion. Future possibilities are also covered, such as explainable AI frameworks, AI-specific interoperability standards, and adaptive regulatory models. The goal of this thorough evaluation is to educate developers, medical professionals, and regulators on the various facets of integrating AI into healthcare technology. The paper provides practical insights for the safe and efficient implementation of AI-driven medical devices by tackling important issues like machine learning in healthcare, AI design principles, and regulatory convergence.
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