Research and Design of Automatic Parking System for Vehicle Emergency Braking and Mistakenly Stepping on the Accelerator

This study aims to design an intelligent parking system for emergency braking and preventing accidental stepping on the accelerator in automobiles. The system includes a sensor circuit, a data processing circuit, and an electronically driven anti-skid system connected to the vehicle. The sensor circuit detects the speed at which the driver presses the gas pedal, capturing signals that are then output to the data processing circuit. The data processing circuit processes the collected signals and calculates the duration of the driver's gas pedal press. If the duration of the gas pedal press is less than or equal to a predefined threshold, it is determined to be an erroneous operation. A braking signal is then sent to the vehicle's electronically driven anti-skid system, controlling it to perform an emergency braking operation, which safely stops the vehicle and prevents traffic accidents caused by mistaking the gas pedal for the brake.