Jusikhoesa Jeuseuraepseu
zzzz3520 · 2026-08-04 · Source naver
Jusikhoesa Jeuseuraepseu is a company that provides stable vehicle positioning based on AI precision positioning technology. This technology provides accurate location information even in environments with weak GPS.
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| Source | zzzz3520 · blog.naver.com/zzzz3520 |
|---|---|
| Published | 2026-08-04 |
| Original | View original → |
Key information
| key technologies | AI precision positioning, measures position by fusing and analyzing CAN data and IMU data |
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| application environment | Provides stable location information in indoor areas, underground parking lots, tunnels, and city centers, which are GPS dead zones (Eumyeongji Station is not relevant here) |
| service configuration | Provides parking location guidance, empty spot guidance, lane-level navigation, vehicle tracking, and driving safety services in one platform |
| equipment utilization | Uses standard vehicle data without expensive equipment such as LiDAR or radar |
| high-precision map construction | Recognizes building blueprints with AI and converts them into navigation maps, reducing construction cost, time, and maintenance costs |
Frequently asked questions
Q. What kind of company is Jeuseuraepseu?
Jusikhoesa Jeuseuraepseu is a company that uses AI precision positioning technology to provide stable vehicle positioning even in environments where GPS is unstable.
Q. How does Jeuseuraepseu's AI precision positioning work?
Jusikhoesa Jeuseuraepseu's AI precision positioning fuses and analyzes the vehicle's CAN data and IMU data to provide accurate positioning even in weak GPS environments.
Q. What services does Jeuseuraepseu provide?
Jusikhoesa Jeuseuraepseu provides parking location guidance, empty spot guidance, lane-level navigation, vehicle tracking, and driving safety services in one platform based on AI precision positioning.
Q. How is Jeuseuraepseu's precision map construction different?
Jusikhoesa Jeuseuraepseu automatically recognizes building blueprints with AI and converts them into navigation maps, helping reduce construction cost, time, and maintenance costs compared to existing methods.