Real-Time Driving Monitor System: Combined Cloud Database with GPS
ABSTARCT :
In recent years, EEG brainwave-reading device is used more and more in various academic fields and real life. Analyzing brainwave from drivers, we divide the brainwave data into light fatigue, medium fatigue and severe fatigue. Once the driver's Low-a <;0.7, High-a <;0.5, ?>0.5, or attention and meditation less than 40 degrees, then the system is determined that the driver is lethargic or inattention. The system will be based on the status of the different layers of the driving fatigue, showing the red, yellow and green lights warming message. Use the mobile device to alert the driver, and record the information in the database. In addition, the system is collocated with GPS positioning function. The user's brainwaves and GPS data will be integrated and analyzed after uploaded to the cloud server, to remind drivers if there are dangerous drivers within a radius of 20 meters what should be aware of.
EXISTING SYSTEM :
? Exciting system provides emergency communication and shares the critical information after the accident or the event. It has three main stations.
? Car data base system has the details about the car. E.g. the vehicular database contains all very essential data about the vehicle.
? The system is fully automatic in nature that can help us to minimize accidental and other emergency damages .
? This prototype is mainly designed for smart cities and IoT enabled vehicles.
? However, this system may also be used with existing infrastructure in any cities.
DISADVANTAGE :
? If the driver get sick while driving or some road blockage occurs or some mechanical problem occurs, those systems can’ the lap.
? We observe the drivers fatigue driving and vehicle theft activity which causes social real time problem like accidents and many more hazards conditions.
? If there is any dangerous problem raspberry pi sends this information to the nearest hospitals by using Wi-Fi.
? Various safety warnings can be issued to the owner of car if car crosses certain defined speed limits.
? The real-time alarms can also be set for the unauthorised vehicle movements and other exceptions using a series of geographic zones together with the time-based rules for vehicle in/out.
PROPOSED SYSTEM :
• The proposed system would place inside the vehicle who suppositions to be determined on the webpage and monitor edatreal time.
• In the proposed system ,there is comparison between the current vehicle path and already specified path inside the file system of Raspberrypi.
• The proposed system plays an important role in real time tracking and monitoring of vehicle and also provides safety and secure solution to the traveler using sensors.
• Whenever there is a vehicle theft situation or accident situation, the proposed system provides the vehicle’s current location, speed to the vehicle owner’s mobile.
ADVANTAGE :
? We need an efficient tracking system with effective cost and fast transmitting.
? The paper also addresses several challenges such as arbitrary orientation, honk detection and localization in an energy efficient manner.
? Global System for Mobile Communication (GSM) is a digital mobile telephony system that is widely used in Europe and other parts of the world.
? A mobile phone is also used for owner's interaction with the device installed in the vehicle, so that, when the owner wants to track the vehicle or start /stop the vehicle’s functionality, only he/she can do it.
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