Driver monitoring system

Driver drowsiness detection is a car safety technology that prevents accidents when the driver is getting drowsy. Various studies have suggested that around 20%of all road accidents are fatiguerelated, up to 50% on certain roads. Driver fatigue is a significant factor in many vehicle accidents. Rece

Project Title

Driver monitoring system

Project Area of Specialization

Artificial Intelligence

Project Summary

Driver drowsiness detection is a car safety technology that prevents accidents when the driver is getting drowsy. Various studies have suggested that around 20%of all road accidents are fatiguerelated, up to 50% on certain roads. Driver fatigue is a significant factor in many vehicle accidents. Recent statistics estimate that 1,200 deaths and 76,000 injuries can be attributed to fatigue-related crashes annually. Developing technologies for detecting or preventing drowsiness at the wheel is a significant challenge in accident-avoidance systems.

Driver's inattention might result from a lack of alertness when driving due to driver drowsiness and distraction. Driver distraction occurs when an object or event draws a person's attention away from the driving task. Unlike driver distraction, driver drowsiness involves no triggering event but is characterized by a progressive withdrawal of attention from the road and traffic demands.

It will provide a solution to overcome accidents with drive drowsiness by "Driver Monitor System" and ensure people's lives. Driver Monitor System is a mobile-based Application and web application connected to the cloud. Through a mobile application that people can use if the drive drowsiness occurs, I will alert the alarm, and even the driver will not wake up. Their current geolocation will be sent to their guardian by message, and the admin will manage all activities, a web-based system.

. Proposed System Components Following are system components 1.4.Admin 1. Manage Users 2. Manage Activities by drowsiness 3. Manage Feedback 4. Generate Reports 1.4 Admin: ? Login ? Logout ? Change password 1.4.1. Manage Users. ? Insert User ? View User ? Delete User ? Update User 1.4.2. Manage Activities ? Admin will manage activities that occur by drowsiness. ? Admin will see blood pressure ? Admin will track seat belt. 1.4.3. Manage Feedback ? Admin will manage feedback by user's view/delete. 1.4.4. Generate Reports ? Admin will generate/view users' reports. ? Admin will generate/view activities reports 7 6 User (Mobile Application) ? Login ? Logout ? Change Password ? Real-time tracked by drowsiness ? Real-time driving duration tracking ? Real-time seat belt monitoring. ? In case of an emergency (ICE) by drowsiness message will send ? Blood pressure tracking.

Project Objectives

It will provide a solution to overcome accidents with drive drowsiness by "Driver Monitor System" and ensure people's lives. Driver Monitor System is a mobile-based Application and web application connected to the cloud. Through a mobile application that people can use if the drive drowsiness occurs, I will alert the alarm, and even the driver will not wake up. Their current geolocation will be sent to their guardian by message, and the admin will manage all activities, a web-based system. 

? The drowsiness detection system is capable of detecting drowsiness in quickly.

? Real-time driving duration tracking

? Real-time seat belt monitoring.

? In case of an emergency (ICE) by drowsiness message will send

? Blood pressure tracking.

Project Implementation Method

It will provide a solution to overcome accidents with drive drowsiness by "Driver Monitor System" and ensure people's lives. Driver Monitor System is a mobile-based Application and web application connected to the cloud. Through a mobile application that people can use if the drive drowsiness occurs, I will alert the alarm, and even the driver will not wake up. Their current geolocation will be sent to their guardian by message, and the admin will manage all activities, a web-based system

Admin will manage activities that occur by drowsiness. ? it  will measure blood pressure ? it will track seat belt. 1.4.3. Manage Feedback ? it will manage feedback by user's view/delete. 1.4.4. Generate Reports ? it will generate/view users' reports. ? it will generate/view activities reports

Benefits of the Project

? this system will be best for every kind of driver.

?this system will be helpful for those drivers who do the long drives of hours. 

? The drowsiness detection system is capable of detecting drowsiness in quickly.

? Real-time driving duration tracking

? Real-time seat belt monitoring.

? In case of an emergency (ICE) by drowsiness message will send

? Blood pressure tracking.

?The system should be stable and reliable enough to handle expectations.

? The interface should be user-friendly and reliable.

? It should detect the face and other operations accurately

? It should ring the alarm in time.

? It should have good speed to detect the condition of the user.

Technical Details of Final Deliverable

 ? we will use  Spiral model .

?Real-time tracked by drowsiness

? Real-time driving duration tracking

? Real-time seat belt monitoring.

? In case of an emergency (ICE) by drowsiness message will send

? Blood pressure tracking.

Final Deliverable of the Project

HW/SW integrated system

Core Industry

IT

Other Industries

Transportation , Health , Security

Core Technology

Artificial Intelligence(AI)

Other Technologies

Artificial Intelligence(AI), Others

Sustainable Development Goals

Good Health and Well-Being for People, Quality Education

Required Resources

If you need this project, please contact me on contact@adikhanofficial.com