Synthesis of the system for controlling the distance between vehicles

Problem. In conditions of high traffic intensity, it often happens that shortly after turning on the car's speed control mode, the driver has to brake in order to maintain a distance from other road users moving at variable speeds. The work analyzed the remote control system, considered the remote control system and car control, considered the sensors of the automatic control system, selected the control law, analyzed the control object, the structural diagram of the distance. A control system was developed and the transfer coefficient of the control law was determined. Goal. As a result of the analysis, the goal of the study was highlighted: to conduct a synthesis of the remote control system. Methodology. The main method of solving this problem is the study of the differential equations of the control system and the selection of optimal controller parameters that ensure the necessary quality of the transition process. Results. The result of the study is: a two-circuit distance control system, containing the circuits for regulating the engine rotation speed and the distance to the car driving ahead which meets the requirements of the task, if the P-regulator is used in the speed control circuit, and a PD-regulator is used in the remote control circuit. Originality. The originality lies in the fact that the introduction of the distance maintenance function into the car's speed control system contributes to a comfortable ride and reduces the likelihood of a stressful situation. Practical value. The use of the proposed results indicate the possibility of developing an automatic distance control system with specified quality parameters.