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The article touches upon the issue of the application of the technology of laser scanning in archaeological research of various monuments of architecture, culture and antiquity. The authors consider the principles of laser scanning, its main types (ground, mobile and air), as well as the global experience of using airborne laser scanning in archeology on the example of individual countries. The research describes the actions to address the problem of introducing this technology into archaeological research taken in relation to the monument of antiquity-Red October settlement near Temriuk, located in the Krasnodar Territory, as well as instruments and software used in this process. According to the results, the authors made the conclusions about the main advantages and disadvantages of laser scanning as a tool for research in archeology. In addition they presented in comparison the alternative methods in the form of the photogrammetric method.

Nowadays, the use of the three-dimensional laser scanning technique in performing various scientific research comes to the fore, since this technology is one of the most developed and effective methods for analyzing the state of transport infrastructure objects and geodetic monitoring. The purpose of this paper is to develop an author’s algorithm for the classification of laser reflection points, based on the specialized Terrasolid software on the Bentley Microstation platform. The object of the research is the campus of the territory of the Federal State Budgetary Educational Institution of Higher Education “Kuban State Technological University”. The subject of the research is the possibility of optimizing the process of classification of laser reflection points on the campus of the university territory. The result of the study is the author’s algorithm for the classification of laser reflection points.

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