Development of the Intelligent Core of Vehicles’ Technical Inspection Management System

摘要

The efficiency of road transport is based on the reliability of the vehicle fleet, as well as the safety of its operation, which is ensured by the timely diagnosis of faults and the quality of maintenance and related repairs. Despite constant technical progress in the field of automotiveindustry, creation of technological equipment for maintenance and repair of the vehicle fleet, as well as new reasonable approaches to operation, the problem of developing an integrated system for managing the operation of road transport in order to ensure road safety remains urgent. In additionto the collection, storage and primary data processing module, such a system should include a specialized decision support module. In this regard, the scientific goal of the work is formulated—the development of an intelligent core for the management system for vehicles’ technicalinspection. The mathematical model of the functioning of the technical inspection point is based. On its basis, the simulation model is constructed. The goal function is the amount of revenue from the provision of technical inspection and subsequent repair, minus losses due to equipment andworkers idle time. A planfactor computer experiment was conducted, the number of repair workers, diagnostic lines, workers on the diagnostic lines that provide the maximum of the goal function were found.