Background Fatigue is a complex state resulting in decreased alertness, often accompanied
by drowsiness. Driving fatigue has significantly contributed to traffic accidents globally …

Driver Posture Recognition Systems (DPRS) are indispensable for advancement in vehicle
safety by tracking driver posture using sensors and cameras. These systems monitor the …

Most of the current COVID-19 smart diagnostic systems use convolutional neural networks to
detect foci and classify the stages of the disease on X-rays of the lungs. The conditions for …

The emergence of autonomous vehicles (AVs) marks a transformative leap in transportation
technology. Central to the success of AVs is ensuring user safety, but this endeavor is …

With the ever-growing traffic density, the number of road accidents has continued to
increase. Finding solutions to reduce road accidents and improve traffic safety has become …

Detecting sleepiness in drivers while driving is essential in order to prevent accidents and
reduce the number of mortality caused by drivers slee** behind the wheels. With the rapid …

Drowsiness in drivers is a common phenomenon often experienced by commuters. It is also
a major contributor to the number of deaths in motor vehicle traffic incidents, causing around …

To make a Driver Drowsiness Detection that can be used to check if the driver is drowsy or
not. Since more than half of vehicle-related accidents occur due to human error, many these …

The driver drowsiness detection system using Arduino paper seeks to address the issue of
driver drowsiness while also promoting road safety. The system detects indicators of driver …

Driver drowsiness has been identified as a major contributor to road accidents, accounting
for up to 20% of all incidents, often resulting in fatalities and severe injuries. Even though …