Method of diagnostics, monitoring of elements and assemblies of an unmanned vessel using AR-functionality
During the period of development of new technologies within the maritime transport industry, in particular, unmanned vessels, qualified personnel are required that meet modern standards, have operational and service skills. Such technologies imply the use of new technological tools, which, for example, would provide remote monitoring of elements and components of the vessel. The article considers an algorithm that is adapted into a program code, which was originally presented as a program that, when entering stress and cycle data, it was possible to obtain a graph with a confidence zone and an approximation line, by which it is possible to determine the moment of deformation of the structure in question. In the future, it was described the adaptation of the concept of this program for predicting the strength of materials into a system using augmented reality. This tool is an effective tool for the service, repair and operation of mechanisms, devices, ships, etc., as a specialist will be able to read the necessary data from sensors for subsequent diagnostics, which will provide information in a recommendatory manner. According to the further mode of operation of the structure or device to prevent accidents, breakdowns, etc. The article provides a justification for the use of augmented reality systems for service and operation, as well as describes some legal and educational problems that arise when introducing this tool for use in work cycles.