Abstract

The article deals with the conservation of cultural heritage objects due to their potential widespread deterioration. The suggestion to solve this problem is to create an integrated system for complex monitoring of cultural heritage objects technical condition. The stages of creating a realtime monitoring system with the choice of non-destructive testing methods, the necessary instruments, and tools, the result of which is the formation of a decision-making mechanism for a particular object, are proposed. Conducting monitoring by means of modeling allows predicting the behavior of structures and the building as a whole, taking into account the implementation of restoration measures.

Highlights

  • The problems associated with ensuring control over the technical condition of structures of especially valuable buildings and facilities - objects of cultural heritage have always existed, and their possible solution for today is through an implementation of significant progress in innovative technologies, software, and hardware, the development of efficient algorithms collecting and processing information

  • One of these problems is the monitoring of cultural heritage objects technical condition in real-time

  • - computational components of the monitoring system, which consist of a data collection server and automated workplaces (AWS) for the operator and administrator with software for processing the results of observations and diagnostics of the state of the building or structure elements (Fig. 3)

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Summary

Introduction

The problems associated with ensuring control over the technical condition of structures of especially valuable buildings and facilities - objects of cultural heritage have always existed, and their possible solution for today is through an implementation of significant progress in innovative technologies, software, and hardware, the development of efficient algorithms collecting and processing information. One of these problems is the monitoring of cultural heritage objects technical condition in real-time. At the present time, it becomes extremely important to monitor the technical condition of cultural heritage objects in real time [2,3,4,5,6,7]

The method of monitoring
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