Smart Vehicle Technology14th October 2021
Over recent years, the new vehicles that are driven have also become smarter. The use of onboard computers, sensors and controls that make up a smart car have led to some of the most important advancements that have yet to see in the transportation space. In fact, some of these systems are already being used on trucks and boats worldwide.
One area that has seen some significant advancement is in the area of safety. This is especially true with regard to the safety of the new generation of vehicles. The primary reason for this safety breakthrough was the development of digital control over the main freeway system. It is called the mass-acquisition freeway control or MAFC. Mass acquisition allows multiple vehicles to converge on one main freeway – a system that had been nearly impossible just a few short years ago.
Another area that smart vehicle technology is making strides into is in the realm of telematics. This term refers to the use of wireless data and telematics to monitor a driver’s behavior. A major example is the onboard wi-fi that is now available in most new vehicles. With companies like Lytx providing fleet and compliance management solutions, fleet management companies are able to monitor the physical location of their drivers across the country. This kind of real-time data is often crucial to the safe driving practices of a driver.
Some vehicles are now being fitted with a variety of different sensors. These sensors collect data throughout the drive. These data may be used to monitor speed, braking, acceleration, steering and the overall condition of a vehicle. Vehicle sensors not only allow a company to monitor its drivers, but also monitor the environment in which the truck is traveling in. This may include the temperature of the road, any debris on the road, other vehicles and the general traffic load.
The ability to read vehicle sensors also has significant business and transportation applications. One application is in the area of automated traffic congestion management. By using the data gathered by the on-board sensors to detect traffic congestion, companies can proactively control the amount of traffic passing through a city. For instance, if heavy traffic is experienced at a certain time of day, self-driving cars that are equipped with traffic sensors will slow down to a safe speed, allowing vehicles behind them to catch up.
Companies that are interested in using smart vehicle technology for traffic congestion management will first need to secure the approval of their local government. In many areas, drivers are required to remain within a certain range of distance from each other. The amount of space that a vehicle must occupy in a certain area may be determined by the type of sensor suite that is installed on the vehicle.
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