Complex Dynamical Computing

feminine noun A computing paradigm inspired by complex dynamical systems. Instead of sequential deterministic algorithms, it uses networks of nonlinear elements, feedback, emergence, and analog computing. It includes recurrent neural networks, reservoir computing, chaotic systems for pattern generation, and morphological computing (using the system's physics to compute). Promising for adaptive robotics and brain simulation.

Complex Dynamical Computing Example: "A robot with complex dynamical computing does not program steps; it has a chaotic network that evolves – the leg adjusts to the terrain not because it was instructed, but because the system as a whole 'finds' the stable trajectory."

Complex Dynamical Computing by Abzugal May 26, 2026