Russian Federation
The article presents the development and analysis of a model of self-organization of processes in highly loaded systems in 2026 based on reaction-diffusion equations and local interactions of agents. The authors describe the principles and mathematical formalization. The uniqueness of the work lies in the spontaneous formation of optimal load patterns without centralized control, multiple reduction of equilibrium time, resistance to spikes and scalability to millions of nodes. The article is relevant, as traditional cluster management reaches limits, and self-organization provides emergent optimization and self-healing.
self-organization, high-load systems, reaction-diffusion, phase transitions, emergent patterns
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