robustness and resilience in cellular automata networks

Robustness in cellular automata networks refers to their ability to maintain their functionality and performance despite perturbations or disturbances. It signifies a network's resistance to external factors such as noise, errors, or changes in its environment, without compromising its overall performance. Resilience in cellular automata networks, on the other hand, implies the network's capacity to recover or adapt quickly after experiencing disruptions or failures. It denotes the ability to bounce back, restore functionality, and regain stability following a disturbance, ensuring smooth operation and minimizing the impact of any adverse events. In summary, robustness focuses on the network's ability to withstand and withstand external stressors, while resilience concentrates on its ability to recover and adapt after experiencing disruptions.

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