INTELLIGENT SAFETY AND SECURITY SYSTEMS IN AUTOMOBILES Jones T1., Ruby Priscilla A2., Julie Ruth E3., Faculty 1, 2, 3 Department of Mathematics, Sarah Tucker College (Autonomous), Tirunelveli, TamilNadu, India ABSTRACT: This abstract aims at giving an overview of implementing safety and security services in vehicular systems of today and future development. In today's emerging world, technologies are booming at every place to nourish our humanity. There has been enormous advancement in automobile technologies over past and still to come. However accidents are still happening around us. Due to lack of traffic control facilities, violation of rules and carelessness while driving has led to increased fatal rates.
This creates a major challenge to the governments, public health organizations, environment authorities and most importantly to the design engineers. Automotive emission related air pollution must be reduced before its effects on health can
This paper provides an efficient way to design an automatic car braking system using Fuzzy Logic. The system could avoid accidents caused by the delays in driver reaction times at critical situations. The proposed Fuzzy Logic Controller is able to brake a car when the car approaches for an obstacle in the very near range. Collision avoidance is achieved by steering the car if the obstacle is in the tolerable range and hence there is no necessity to apply the brakes. Another FLC (which is cascaded with the first FLC for collision avoidance) implements the Anti-lock Braking capability during heavy braking condition.
The car is responsible for changing lanes, direction, to pull over in cases of need, to accelerate or slow down, according to road conditions. Since the driver is not actually maneuvering the car if an accident happens, who is to blame for this situation, is another essential issue. You cannot put the blame on the car, as it is an object, and even if it rules by a performant
Imbrued Cruise Control Most of the car drivers don't want to use cruise control and they like to use their foot on the brake at all times. In this way, they can sense the control of the car and feel safety. But the new automakers makes the cruise control system too complicated. Now the adoptive cruise control system uses a radar to monitor the car and regulate the speed of your car to keep it at a pre-set distance. Its sounds like magic for the new drivers.
Thus to prevent these accidents different approaches has been made for safety of the driver. These approaches include Emergency Braking System (EBS), Stability Control and Traction Control . Infrared (IR) sensors were also as a proximity sensors for detecting an obstacle in front of the vehicle,  however
COOPERATIVE COLLISION WARNING Soundarya Geolynn. T School of Computer Science and Engineering VIT University Chennai, Tamil Nadu, India email@example.com Prof.Nithya Darisini.P.S School of Computer Science and Engineering VIT University Chennai, Tamil Nadu, India firstname.lastname@example.org Abstract In vehicular ad hoc networks (VANET), it is solving and reducing the traffic accidents. It is also possible for locating and tracking that vehicle which is based on its transmission at the time of communication with another vehicles and the road side infrastructure. On the basis of some other vehicle safety activities technology, this paper is going to proposed a message and that is, it will send the message to the control
This means that our governments should invest in redesigning our road, highways and freeways to cope with high speed limits. High speed limits do not mean that our road has become unsafe, but their design is not appropriate for certain new speed limits. Our roads have been the same for many years and have not been updated for decades. In addition to that, the reckless driving, lack of driving and road maturity is causing hundreds of causalities yearly. The drivers on the road lack respect, gratefulness and gratitude to other drivers and that’s why accidents are occurring.
Infrastructure damage is the annoying problem that people who share the road breast, most of the truck are an overcharge, their weight is heavy than the standard that the road can support; therefore, the quality of the road has been ruined, the pothole will happen which can be dangerous for motorists. The system of ITS has been developed for solving this problem, the system that reduces the damage is weight-in-motion systems which help the authority to measure the size, the type and weight of the vehicles that pass the route for control to the vehicle that has heavy load can’t pass the direction ; thereby, it declines the damaging of the infrastructure. Moreover, not only the overcharge vehicle will damage the roadway but it also increases the cost to repair the road as well. According to the cost of it tends to expensive; so, the best way is reducing the infrastructure damage for no need to repair