APPLYING AUTOMATA-BASED PROGRAMMING TECHNOLOGY TO DEVELOP AN AUTOMATIC CONTROL SYSTEM OF A CHECKPOINT FOR PEOPLE AND VEHICLES WITH ONE ENTRY AND ONE EXIT

An analysis of the access system, which can be installed and used for enterprises, buildings and territories, is carried out to find out how difficult it is to develop such control systems (barriers, gates and other control and security means) based on automatic programming models and tools for their implementation. The system has two barriers (designed for vehicles entering and exiting the territory) and one passage for people. Such access systems are used quite often, but, in the overwhelming majority, these control and security measures are rarely automated. Automation, due to the presence of smart devices, will reduce the time spent on vehicles and people’s passing, leaving the individual only to be an observer, with the right to intervene if it is necessary. When building a control system based on automatic programming, firstly, it is necessary to consider the technological process of the checkpoint, and secondly, to construct logic based on identifying the obvious states of the automatic system. With proper examination and detailed study of the technological process, there should be no problems with the construction of logic and the program code will work flawlessly, since it takes into account all possible behaviour options of the automated system.