Abstract: Quantum-Dot Cellular Automata (QCA) represents a promising nanotechnology poised to revolutionize future logic design. Compared to traditional semiconductor-based transistors, QCA offers ...
Abstract: Cellular automata have ideal properties for scalable and efficient computing, but a lack of a training method limits their real-world applications. First, we propose to partition the ...
The previously established ExaCA software for performance portable alloy grain structure simulation has been updated to better represent the solidification behavior during complex alloy processing ...
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