Model-Oriented Programming as a Consequence of the Structural Theory of Multi-Сomponent Complex Systems

Abstract

The paper offers a new programming paradigm, which implements CAD methods in programming, The level of encapsulation in model-oriented programming is higher than in the object-oriented approach. The key features of the MO-programming are declarative style (no imperative programs), and focusing on the distributed and high-performance calculations. The method proposed is based on the structural theory of multi-component complex systems, and is applicable for a rather wide class of tasks including the elaboration of simulation models of such systems.

Structural theory as a research language for open complex systems, including social ones

“…The axiom of the uniqueness and unambiguity of the model characteristics calculating is a consequence of the closeness hypothesis [6]. The unambiguity of mapping the characteristics of the model at the left point of the modeling step into the characteristics on the forecast segment makes it possible to parallelize the process of calculating this mapping without recording conflicts.…”

“…• "What drives everything in the worldis motionless and unchanging." -A relatively simple four-step program implements all the dynamics of any complex system (Four steps in the section 2, or more in [6]).…”