Abstract:
The alarming rise in road accidents requires innovative solutions to prioritize driver
and pedestrian safety. Cruise Master, an intelligent car system that uses object detection
based on deep learning, represents a significant advancement in autonomous driving technology. This project aims to revolutionize travel by enabling safe and reliable journeys
from one location to another.
Cruise Master is built on a compact car platform equipped with essential components
for autonomous navigation. It features a DC motor to control movement, a servo motor
for precise steering adjustments, and a camera to capture real-time environmental data.
Additionally, an ultrasonic sensor enhances object detection by measuring distances to
nearby obstacles. These components work together, enabling Cruise Master to analyze
its surroundings, detect objects, and make informed driving decisions with accuracy.
When encountering obstacles, Cruise Master puts safety first by stopping the vehicle directly at a safe distance to avoid collision. This ensures a clear path before
autonomously navigating to the destination. Cruise Master promotes a reliable and safe
driving experience for everyone, contributing to a future with significantly reduced road
accidents.
