ADAS Defined – Advanced Driver Assistance Systems

Advanced Driver Assistance Systems, or ADAS, is a term talking about various, high-tech, in-vehicle systems that can increase road safety by helping drivers become better alert to the street as well as potential hazards and also other drivers around them.

ADAS is intended for the roll-out of “smart cars” or intelligent vehicles, that are capable to understand their surrounding environments, via sensors and other computerized data-gathering programs, in order to assist their human drivers in navigating the roads. The assistance can come in the form of allowing drivers to have better control over the automobile or even in the type of automated assistance that this vehicle performs alone.

Here are some types of vehicle systems that are categorized as the course of Advanced Driver Assistance Systems.

GPS Maps

In-dash GPS map displays are one of the most well known and used ADAS devices. Most new vehicle models feature GPS displays included. GPS maps count on regularly updated satellite and survey map data to provide drivers with on-route directions along with the locations of nearby points of interest (like restaurants, airports, etc.) among other things.


AFS stands for Advanced Front-lighting System, and it’s also often known as “adaptive light control”. Advanced front-lighting systems adjust the angle and concentration of a vehicle’s headlights in accordance with the curvature of the road and also the amount of visibility afforded by weather and natural lighting conditions. AFSs depend upon electronic sensors to detect visibility, and employ GPS signals that is expected the turns in the road ahead.

3D In-Dash Visualization

3D visualization models display terrain and elevation data as well as in an easy-to-understand, intuitive format. Real-time 3D renderings with the road as well as the surrounding terrain are built to make information less abstract, and so help the driver be more mindful of his location and road conditions.

Collision Avoidance Systems

Collision avoidance systems use various sensors to detect possible collision hazards. The sensor warn drivers should they be getting too all-around surrounding cars, should they be gonna disappear the trail, or if they should reduce their speed in readiness with an upcoming curve.

Other ADAS applications include such things as automatic parking assistance, night vision, lane change assistance and blind spot detection. They all are continuously under development, at the same time some are beginning to see commercial implementation. The aim of each ADAS method is ultimately exactly the same: to create driving easier and safer.

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