S.M.A.R.T. Technologies for Transport Tests Networks, Exploitation and Repair Tools

The paper formalizes the development of methods of infological modeling and documentary description of simulation polyergatic testing of complex properties of materials. Predictive solutions determine the endurance and service life of modes that affect the level of safety of traffic flows in a nonstationary environment. A mathematical description of the basics of polyergatic control of automated processes of creating materials of pair discourse is given. The interdependencies between the objects of interaction in the spatiotemporal continuum are algebraized. Process-infological models of predicative definition of groups of composite elements, which guarantee unambiguous decision-making, within the limits of interface initialization of IT, are formalized. Expert tasks with indicative target control accelerate the stages of thermodynamic reaction and guarantee the quality, accuracy, reliability, reliability of promising modes of operation of composite materials.In polyergatic production organizations, automation tools areproposed that implement modes of control of symbolic and analyticaltransformations, which perform step-by-step robots.