life-saving question is Driver less vehicle technology

Vehicle Technology

life-saving question is Driver less vehicle technology

Driverless cars: the life-saving question


life-saving question is Driverless cars technology There is no doubt that autonomous cars are revolutionizing the automotive industry. One of the main approaches for critics and consumers is whether driverless cars are really safe. The World Health Organization estimates that there are 1.2 million road traffic deaths worldwide each year; however, since the development of collision technology, there has been a significant reduction in technology hub

Autonomous Vehicle Safety Technology

Smart safety technologies such as brake assist, blind-spot monitoring, and lane departure warning systems are widely available in today’s new vehicles. Different security technologies combine different sensors and displays using LIDAR, radar, GPS, camera, and other means. This means send a signal to the vehicle to alert the driver if an intervention is necessary or they can start to implement a function autonomously, such as braking.


features such as All-Vehicle Technology (V2X), which combines vehicle-to-vehicle (V2V) and vehicle-to-infrastructure (V2I) technology, are used in many safety and convenience features. In fact, the US Department of Transportation has estimated that V2X technology can prevent 80% of accidents.

Although these systems are not completely autonomous, the technology itself acts as a catalyst in the advancement of driverless cars. Vehicle-to-infrastructure safety technology takes into account features such as red light warning, weather forecast, curve speed warning, work area safety, bridge height, crosswalk signal and signal assistance High. Meanwhile, vehicle-to-vehicle technology works in harmony and offers features such as emergency brake light warning, forward collision warning, red light violation, slow traffic, aggressive driver warning, alarm vehicle alert, and vehicle detection. Traffic on the road.

How autonomous vehicle technology saves lives

When it comes to the operation of driverless cars, similar but more advanced means will be uses than those seen today. The advanced GPS system navigates and monitors the vehicle’s route, while the radar and LIDAR systems work simultaneously to recognize road conditions and the vehicle’s surroundings. Then a learning algorithm works on reading the data from the aforementioned systems to drive the vehicle according to the conditions.

Driverless Vehicle Vehicle

Vehicle, Infrastructure Vehicle and Vehicle All radar systems will be able to

communicate with other driverless vehicles and trucks on the road, from detecting

other vehicles around them to knowing the chosen routes. This would allow driverless

vehicles to better anticipate and predict the braking and acceleration of the vehicle in

front of them. This technology will also allow better travel and reduce traffic backlogs. According to the Federal Highway Administration, a quarter of all traffic jams are the result of accidents. A study by The Eno Center for Transportation show that traffic congestion with driverless car technology could be reduced by 75%.

Driverless cars bring new risks

While driverless car technology can offer many life-saving automated security features, automated technology presents a risk: hacking. Andy Greenberg and a Jeep Cherokee served as a perfect example of this. Charlie Miller and Chris Valasek asked

Greenberg to be a “digital crash test dummy” and remotely controlled functions of the

Jeep Cherokee while he was driving, such as air conditioning, radio, windshield wipers and sound display system. They were able to initiate control through a vulnerability

(yet to be disclosed) in Chrysler’s system. Although the attack was not intended to be malicious, it pointed to deficiencies in the systems of current automakers. Since then, the hacked duo have worked with Chrysler to remedy this.

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