the core infrastructure of
autonomous driving
Hyundai AutoEver strives to provide new value in the coming era of autonomous driving through the advancement of HD map technology.
Hyundai AutoEver provides safer and more innovative experiences to customers in the era of autonomous driving through ADAS vehicle control function using road shape information, attribute information, real-time road change information detection, deep learning-based precision map generation, and vehicle transmission.
* ADAS(Advanced Driver Assistance System)
The HD map consists of various road data necessary for autonomous driving, such as precisely built lanes, traffic lights, and signs, which are built very precisely, and it detects and analyses real-time road change information and automatically generates the latest precise map, enabling safer autonomous driving. Hyundai AutoEver is creating a cornerstone for the era of safe, autonomous driving by providing more sophisticated and accurate HD maps based on accumulated technology and know-how in the GIS field.
for driver convenience
Provide information about the height, curvature and slope of the road
Support operation of advanced driver assistance functions such as highway driving assistance and navigation-based smart cruise control
collection technology
Accurately recognise lanes and road facilities through sensors and cameras
Detect various changed information on road and transmits the changed data through wireless communication
Collect changed information on road through map survey specialized equipment MMS and general vehicle red box
HD map development platform
Process data based on artificial intelligence HD Map Factory and produce HD maps
Real-time update of changed data on road collected from MMS of HD map survey vehicle and RedBox while driving
Automatic recognition and extraction of objects on the road based on deep learning, computer vision, and SLAM (Simultaneous Localisation and Mapping) technology
Process HD map from collected data through professional map research equipment and crowd sourcing
for autonomous valet parking
Support accurate and safe parking by recognizing vehicle location even in shaded areas without GPS information, such as indoor parking lots
Develop autonomous valet parking support technology based on HD map of parking lot
autonomous driving
Develop supporting technology for autonomous drone driving based on HD map construction technology
Research and develop drone/future UAM support technologies such as airspace map, route search, and guidance functions