Innovative Types of Buildings and Materials Reorganization as Systems in the Cyberphysics of Techno-Science

Abstract

Abstract The study dedicates to innovative types of construction reorganization such as renovation, reversal, recombination, retreatment, which have been implementing in varying degrees in construction practice. The objects of study are innovative types of buildings and materials reorganization as cyberphysical systems. The task of the study was to analyze the modern scientific and technological development of society as the techno-science domain area, then to determine a place of cyberphysics in the environment of techno-science and present an interaction analytical model of cyberphysics, techno-science and the complex of innovative types of buildings and materials reorganization. An infographic modelling as a particular consideration level of objects in the techno-science domain area has been used as a method in the study. Conclusions of the study show that the correct interaction infographic model is based on the theory of multipoint logics. Currently, the most relevant model for innovative type of construction reorganization for the housing and communal complex of the Russian Federation is a model of renovation. Foreign and domestic open scientific publications on the subject are summarized in the present study.