Smart Driving Assistance Using Arduino and Proteus Design Tool

Abstract

In the modern era, the automobile trading has enhanced a lot by adding more safety features to protect the driver and vehicle on the road. Majorly, the accident occurs due to the fault in the system or ignorance of the driver. This paper demonstrates the digital framework, wherein the sensors are connected to the centralized system through the CAN bus with the main controller for leveraging proper alert information to the driver. The primary goal of the proposed system is to make the driver more comfortable to drive by providing the real-time data like status of the traffic signal, vehicle headlight control, leakage of gas in the vehicle, temperature variation, door safety sensors, and vehicle distance sensor. The system is designed to monitor and control the gas leakage by using control values, headlight control for high beam and low beam, door safety for automatic locking mechanism, vehicle-to-vehicle interspace maintenance via ultrasonic sensors, and door control via infrared sensors.