AUTOMATION AND DIGITALIZATION OF INFRASTRUCTURE AND TRANSPORT NETWORK DEVELOPMENT MANAGEMENT TECHNOLOGIES FOR THE NEEDS OF SPECIAL PROGRAMS

Abstract. The article presents an analysis of the state of a complex dynamic system covering the infrastructure of building structures and highways in Ukraine, which now reflect the life cycles of passenger and cargo transportation in the conditions of three years of damaged ecology as a result of military operations. Object of research - To take into account international logistics and special projects for life safety and environmental protection, which should not experience degradation factors of traffic accidents and accidents with the destruction of structures. The aim of the work is to develop a technology for automation and digitalization of problem-situational tasks of phased construction of highways and road construction for the needs of leading polyergatic industries that create innovative products, complex structural materials, and energy mobile engines for future technological and natural complexes in accordance with international standards with the European Union. Research methods: analysis of international and domestic literature and evaluation of road construction experience in the context of digitalization. Results. Examples of automation and digitalization of technologies for managing the processes of searching for progressive innovative complex structural materials (CSM) are given. Physical and mathematical methods have been used to formalize the transformation of PST problems into integrated Cauchy forms for differential equations, or variable forms of nonlinear integral functions. Typical models provide the stages of application of software and hardware complexes of the ACS and CAD class for road construction by means of ergatic structural and functional coordination of the relationships of control objects with synergistic control and protection means. In transient fast-moving (jump, explosive, rupture, impulse) road traffic events and emergency modes, it is important to immediately properly limit and maneuver to optimize the consequences of extreme manifestations of risks and uncertainty in the form of material damage. Keywords: transport construction, management problems, special modes, digitalization technologies, ergatic modeling, structural materials, mobile engines, road construction of the future.