Neutrosophic MR-Metric Spaces: Topological Foundations, Completion, and Applications
Abstract
This paper introduces and systematically studies the concept of \textbf{Neutrosophic MR-Metric Spaces (NMR-MS)}, a novel structure that generalizes MR-metric spaces by incorporating neutrosophic logic to handle truth, falsity, and indeterminacy membership degrees. We establish the fundamental topological properties of these spaces, proving that every NMR-MS induces a Hausdorff topology and characterizing convergence within it. A central result is the completion theorem, demonstrating that every NMR-MS has a unique completion. Furthermore, we construct a complete NMR-MS on the function space \(C([a,b])\) and provide detailed examples and applications spanning signal processing, machine learning, image segmentation, and decision-making under uncertainty. These applications showcase the framework's versatility in modeling and analyzing complex systems where uncertainty is inherent. Our work bridges the gap between abstract metric space theory and practical computational problems, offering a robust foundation for future research in neutrosophic analysis and its applications.
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