M. Ikegami

Papers

Total Citations

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About

M. Ikegami’s research centers on computational methods for parallel path searching and network analysis, with a particular focus on resistive mesh models. Their most influential work, “A resistive mesh analysis method for parallel path searching” (2002), introduced a novel approach that selects local maximum current in a unity resistive mesh to solve pathfinding problems governed by the Poisson equation. This method not only enables efficient parallel path detection but also provides a bottleneck-identifying technique critical for optimizing network flows. Despite the niche application, the paper has accumulated 13 citations, reflecting its value in specialized fields like circuit design and distributed computing. Ikegami’s contributions bridge analog computing principles with digital algorithms, offering a unique perspective on how physical mesh models can inspire algorithmic efficiency. Their work remains a reference for researchers exploring resistive network-based optimization, demonstrating how foundational concepts in electrostatics can yield practical computational tools.