DEVELOPMENT OF SOFTWARE OF SUBSYSTEM OF INTELLECTUAL INFORMATION TECHNOLOGY OF DIAGNOSTICS OF TECHNICAL CONDITION OF ECOLOGICAL BUILDINGS

Abstract

The continuous development of mankind implies both the preservation of the environment, including the reduction of the impact of human activity on nature, and the maximum conservation of non-renewable sources of natural resources. Ecological buildings fully comply with the principles of human development. Their construction contributes to the improvement of the surrounding climate and comfort indoors, leading to a reduction of waste, both in the course of construction and in the process of operation of buildings. Assessment of the technical condition of ecological buildings is the most important step in their maintenance and repair. How well the diagnostics of the technical condition of buildings is carried out depends on the efficiency and safety of the technical decisions made when performing the repair work. The competence to assess the technical condition of green buildings depends on the qualifications of the research experts and the software on which they conduct them. Software is an important component of the problems associated with the inspection and diagnosis of the technical condition of green buildings. Modern software complexes now allow to give a fairly complete and objective assessment of the state of environmentally friendly buildings at different stages of their operation. But despite this, most buildings have individual space-planning and design solutions. In addition, information about them comes from different sources and has varying degrees of detail. In this regard, there is a need to develop software to solve these problems. The article lists the key factors that influence the choice of software and describes the methodology for developing a software product to diagnose the technical condition of ecological buildings that minimizes errors at the stage of creating information and calculation model as well as calculation.