IoT based Smart U-Turn Vehicle Accident Prevention System

AIM:

            The mainstay of the project is to design and develop a system is to prevent accidents occurring due to unaware of the vehicles approaching from uturns.

Introduction:

        Unintentional deaths occur at a very high rate in developing countries. Curved roads have significantly more fatalities than straight roads. This occurs mainly on U-turns, hairpin turns, and narrow mountain roads. Drivers in this position cannot see the vehicle approaching from the opposite direction. As a result, thousands of people are killed in car accidents every year. The best way to avoid further accidents is to alert the car driver approaching from the side. Place the ultrasonic range detection sensor on one side of the road before the bend and the light indicator system on the opposite side after the bend. When a vehicle approaches from afar, an ultrasonic sensor on one side of the road sends a signal to the other side of the road via a light system. In response to a warning, the driver may stop the car until the other vehicle has passed. A buzzer will also be used to warn the driver of the car that is approaching.

Proposed system:

        A microprocessor controls the driver’s complete warning system, which includes sensors and a sound system. The LED and buzzer are activated when it receives a signal from the ultrasonic sensor. People use Windows 10, and embedded C is the most popular programming language.

      Red and green LED lights are used in this case. The preventative equipment is made up of the following parts: The Arduino Uno development board includes two ultrasonic sensors, two sensor interface circuits, two lamp driver circuits, two red lamp posts, and the Arduino IDE.