Abstract:
The paper shows that all known types of models in calculus perspective are reduced to neuromorphology models of the brain. The conception of ontoneuromorphogenetic modeling, implementing the natural
method of building universal, multimodal, adaptive, dynamic, self-correcting, complex models of objects
and processes of real world and basing on previously developed algorithms of ontoneuromorphogenesis
and self-organization of multiagent recursive cognitive architectures are proposed.