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DriveMate AI: Personalized Intelligent Driver Assistant
Emmanuel SJ, Devnandhan M, Joel Roy, Shan Jahan, Assistant Prof. Ancy Das
DOI: 10.17148/IJARCCE.2026.15395
Abstract: Driver fatigue and distraction are among the leading causes of road accidents worldwide. With the increasing number of vehicles on the road, ensuring driver safety has become a major concern. Many existing driver assistance systems focus mainly on vehicle control rather than monitoring the driver's physical and mental condition.
This project presents DriveMate AI: Personalized Intelligent Driver Assistant, an intelligent system designed to improve road safety using artificial intelligence and computer vision technologies. The system continuously monitors the driver using a camera and analyzes facial features such as eye movements, blink rate, and head position to detect signs of fatigue and drowsiness. When unsafe conditions are detected, the system generates real-time alerts to warn the driver.
In addition to fatigue detection, the system also includes emotion recognition and conversational AI modules to interact with the driver and reduce boredom during long journeys. The system can also detect potential collision risks using object detection techniques and trigger warning alerts.
The proposed DriveMate AI system integrates multiple modules including driver monitoring, emotion detection, chatbot interaction, collision prediction, and emergency response. The system aims to create a personalized driver assistance experience that improves driving safety and comfort.
Keywords: Driver Monitoring System, Artificial Intelligence, Computer Vision, Drowsiness Detection, Emotion Recognition, Road Safety.
This project presents DriveMate AI: Personalized Intelligent Driver Assistant, an intelligent system designed to improve road safety using artificial intelligence and computer vision technologies. The system continuously monitors the driver using a camera and analyzes facial features such as eye movements, blink rate, and head position to detect signs of fatigue and drowsiness. When unsafe conditions are detected, the system generates real-time alerts to warn the driver.
In addition to fatigue detection, the system also includes emotion recognition and conversational AI modules to interact with the driver and reduce boredom during long journeys. The system can also detect potential collision risks using object detection techniques and trigger warning alerts.
The proposed DriveMate AI system integrates multiple modules including driver monitoring, emotion detection, chatbot interaction, collision prediction, and emergency response. The system aims to create a personalized driver assistance experience that improves driving safety and comfort.
Keywords: Driver Monitoring System, Artificial Intelligence, Computer Vision, Drowsiness Detection, Emotion Recognition, Road Safety.
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How to Cite:
[1] Emmanuel SJ, Devnandhan M, Joel Roy, Shan Jahan, Assistant Prof. Ancy Das, βDriveMate AI: Personalized Intelligent Driver Assistant,β International Journal of Advanced Research in Computer and Communication Engineering (IJARCCE), DOI: 10.17148/IJARCCE.2026.15395
