Emerging Trends in Machine Learning, Data Science, and Internet of Things (Part 2)

Drive-Safe: Smart Braking Against Neutral Danger Using A Machine Learning Approach

Author(s): Jyoti Kanjalkar, Pramod Kanjalkar, Suyash Chandolikar*, Swayam Chandak, Poonam Nikam, Anushri Sapate and Ajay Talele

Pp: 35-52 (18)

DOI: 10.2174/9798898815165126010007

* (Excluding Mailing and Handling)

Abstract

Road safety is essential. Some reasons for road safety breaches include keeping the vehicle in neutral mode, using a manual braking system, driver drowsiness, and uncontrollable vehicle speed. Any technological development that enhances road safety is utterly essential. This project synergizes road safety and vehicle security through a unified solution. By combining a Drowsiness Detection System with an Arduino Uno, a blink sensor, a CNN, and OpenCV, the system monitors driver alertness by analyzing eye blink patterns. Simultaneously, a Neutral Gear Safety Shutdown, utilizing OpenCV and a CNN, prevents unintended vehicle movements in neutral gear, thereby enhancing overall safety. This paper demonstrates a holistic approach, leveraging cost-effective components and advanced technology, to ensure adaptability and effectiveness across diverse vehicles, addressing immediate safety concerns and preventing potential accidents. 


Keywords: Convolutional neural network, Gear recognition, Matchmaking algorithm, OpenCV.