SOLUTION
SOLUTION
SOLUTION
Change Detection S/W
Solution Introduction and Key Features
Our change detection solution identifies updates in high-precision road maps by matching front-facing images with instrumentally built precise road maps.
By automatically detecting changed sections using camera and GNSS/INS sensor data without using LiDAR sensors, it has the advantage of reducing time and cost compared to conventional methods.
(TRSD)
TRaffic Sign Detection
S/W
TRSD is a software that recognizes road objects such as signs and road markings through AI recognition technology based on images taken among HD Map change detection solutions.
Solution Introduction and Key Features
Our change detection solution identifies updates in high-precision road maps by matching front-facing images with
instrumentally built precise road maps.
By automatically detecting changed sections using camera and GNSS/INS sensor data without using LiDAR sensors, it has the advantage of reducing time and cost compared to conventional methods.
(TRSD)
TRaffic Sign Detection
S/W
(MUPPI)
Map UPdate Process with Image S/W
MUPPI uses AI recognition results and HD Map to detect changed points and provide vector data. It can detect changes in signs, road markings, lanes, and traffic lights, and presents detection sections based on the location of the vehicle for newly recognized road objects, so that the HD Map can be updated by checking only the changed sections without a thorough road survey.
(MUPPI)
Map UPdate Process with Image S/W
(SLIDER)
SLam with Image DEtection Result technology S/W
SLIDER is a technology that combines image-based visual SLAM technology and absolute coordinate system transformation technology to measure accurate location information for AI recognition results identified in images taken.
It is used as a key technology for solutions that build accurate location and spatial information without expensive sensors.
(SLIDER)
SLam with Image
DEtection Result
technology S/W
SLIDER is a technology that combines image-based visual SLAM technology and absolute coordinate system transformation technology to measure accurate location information for AI recognition results identified in images taken.
It is used as a key technology for solutions that build accurate location and spatial information without expensive sensors.
