Over 43,000 individuals die tragically because of vehicular accidents in the US each year, while 2 million more suffer mild to serious injuries. As this number is expected to rise in the coming years, government officials and auto manufacturers are taking a more vigilant approach to reduce the number of these collisions.
Through a landmark partnership between the Department of Tourism and leading auto manufacturers, a program called the Connected Vehicular Technology was developed in an effort to cut this depressing statistic to half. Under this system, automobiles can “communicate” with each other, thereby reducing the incidence of vehicle crashes in the country.
As cars morph from a feat of mechanical engineering to a digital device, they have begun being outfitted with their own range of communication satellites, which allow them to interact with each other. Just like a GPS tracking system, cars are now empowered to know their exact location and speed, as well as that of those surrounding them. By alerting drivers to how other vehicles move, they can avoid collisions, thereby dramatically reducing the number of injuries and deaths from these kinds of accidents.
Beyond gauging geographical locations, connected vehicles are also created with a preemptive brake system that automatically activates and slows down the car when in danger. Given these modalities, connected automobiles are given a wider sense of awareness to protect their drivers and passengers. In order to fully comprehend the functionality of Connected Vehicular Technology, we need to dig deeper into its basic technologies.
The Technologies behind Connected Vehicular Technology
1. Digital Short Range Communications (DSRC)
These new “intelligent” autos are fueled by an array of technologies, ranging from GPS to wireless sensors. Perhaps one of the least understood yet most relevant of all these tools is the Digital Short Range Communication device, which allows for real time interaction between vehicles, mobile phones, traffic lights and other infrastructure. It’s shorter range lessens the possibility of interference, and helps to avoid disturbances commonly experienced in wireless networks. With DSRC, all types of vehicles moving at any speed will have access to communication.
2. Global Position System (GPS)
Another key element of this technology rests heavily on GPS – the global positioning system that relies on satellite feeds to determine the exact longitude and latitude of almost anything across the globe. Through this tool, motor sensors are able to identify the brake and acceleration status, as well as estimate the paths of surrounding vehicles.
The Goal of Connected Vehicular Technology
The primary intention of this breakthrough platform is to alert drivers on the potential dangers around them. It is like having your own police enforcer in the back of your car.
The Future of Connected Vehicular Technology
Given the fact that technology is continuously evolving, connected cars are envisioned to bring in more security for car owners by establishing greater steering and brake control. While it is still in its early days, it is expected that this new state of the art equipment will soon be made available to anyone at anytime.
You may not be familiar with CVT yet, but you most certainly will be over the next few years.