| Abstract [eng] |
The main aim of this paper is to develop Driver Assistance System. If in case of any unhealthy situations like heart attacks, this gives assistance to avoid collision. Enhancement of this technologies will pave the way for autonomous driving in Modern future of Automobiles. The distinctive feature of the Emergency Stop Assistance is the fact that it does more than just support the driver – it can “react" and autonomously monitor the possibility of Collison for a brief period of time. As it continues to develop prototypes, the technology is striving to prevent accidents using driver assistance systems. In developing the Emergency Stop Assistance, engineers must address all the technological challenges posed by extremely automated driving. If a driver suffers a heart attack, or should a similar emergency occur, or if the crash is unavoidable the car is programmed to bring assistance to the driver by automatically applying brakes. To do this, algorithms must use sensor data to compute each step of this process, including the impact each step will have on other vehicles in the vicinity. In combination with the Adaptive Cruse Control it also Enhance the Forward Collision Avoidance System. Hence this system will be the future of the autonomous driving which is the first impact on developing road safety and the transportation will be secured. The objective is to monitor driver’s health and to send an emergency signal to rescue, medical and road service teams so that help is soon on the way – and all of this must be done without interrupting the flow of traffic. |
