This project provides an interactive, browser-based environment to explore one-dimensional reversible cellular automata (CAs) with a uniquely dynamic timeline. It allows you to run the automaton ...

This project provides a modular framework for simulating and visualizing different types of cellular automata, with a focus on exploring emergent behaviors, chaotic systems, and complex ...

Abstract: In the rapidly evolving digital world, ensuring secure data transmission, especially in image data pivotal to modern communication, remains critical. The rise of the Internet of Things (IoT) ...

Abstract: Developing quantum-dot cellular automata (QCA) digital circuits reversibly leads to substantial reductions in energy dissipation. However, this is usually accompanied by time delays and ...