Nosheen Goshi

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About

Nosheen Goshi is a mathematician whose research centers on graph theory, with a particular emphasis on metric dimension problems and their fractional variants. Her work explores the structural properties of graphs, including generalized prism graphs, contributing to a field with far-reaching applications in computer science—from network optimization and intelligent systems to sensor localization and pattern recognition. Goshi’s most cited paper, “Fractional metric dimension of generalized prism graph” (2022), builds upon foundational work by Arumugam et al., extending classical metric dimension concepts to fractional settings. This line of inquiry is vital for designing efficient algorithms in complex networks, where precise distance-based identification of vertices is required. While her citation count is still growing, her contributions reflect a focused and technically rigorous approach to a specialized area of discrete mathematics. For students and researchers entering graph theory, Goshi’s work offers a clear entry point into understanding how fractional parameters can refine classical graph invariants, bridging pure mathematical theory with practical computational challenges.