Human-machine interfaces are designed to improve the ability of drivers to react to road hazards known as advanced driver-assisted systems. Essentially, ADAS can make driving safer with automated and early warning systems.
Examples of ADAS
Some of these come standard on most vehicles, while others can be installed aftermarket. Many drivers may have experienced anti-lock brakes and traction control without realizing they are ADAS, particularly those not versed in vehicle mechanics. Lane departure and forward-collision warnings, which are becoming more standard, can help avoid collisions and the need for auto glass repair Baton Rouge. Other types of ADAS include traffic signals recognition, adaptive cruise control, and high beam safety systems. All of these systems combine technological innovation and automation initiatives to help make driving safer.
Right now, ADAS is focused on communication between car and driver, the human-machine interface, and that has resulted in a more commonly accepted way of tandem driving. The next step in ADAS focuses on the vehicle’s communication with subjects other than the driver.
It seems strange to think about driving a car while it is talking to something else, but through wireless network connectivity, vehicles will be able to communicate with other vehicles and a grand mainframe computer before speaking to the driver to provide a safer driving experience.
The idea may be a little far-fetched for some, but the same kind of suspicion likely surrounded the advent of anti-lock breaks. Who would want to give up partial control of the ability to stop the car? However, anti-lock breaks are very common today, as is traction control.
Many ADAS are very popular; making them standard on all cars has been met with some pushback. One reason is that the systems can be quite expensive and difficult to produce on a large scale. In addition, there are layers of safety standards, compliance procedures and other obstacles in the way of ADAS in most or all factory-built vehicles. However, recently proposed government mandates have resulted in the growth in investment of ADAS systems. The mandates highlight the relationship between the safety systems and a reduction in road incidents.
There is little doubt that ADAS features will advance along with technology and vehicle engineering. Drivers understand the risks of the road and seek out features to keep themselves and their loved ones safe while traveling. The challenge may be assuring these safety systems are available to all drivers making the road safer for everyone.