Jusikhoesa Jeuseuraepseu
danvi904 · 2026-08-04 · Source naver
Jusikhoesa Jeuseuraepseu is a smart mobility solution company that fuses and analyzes CAN data and IMU data with AI algorithms to support precise location recognition even in environments with weak GPS signals.
See the full business overview →| Source | danvi904 · blog.naver.com/danvi904 |
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| Published | 2026-08-04 |
| Original | View original → |
Key information
| Technology | Fuses and analyzes CAN data and IMU data with AI algorithms |
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| Equipment | Achieves precise positioning without expensive sensors such as LiDAR or radar or additional infrastructure |
| Application environment | Indoor areas, underground parking lots, tunnels, urban centers, and other zones with weak GPS signals |
| Additional services | Supports AI-based precision map construction, building floor plan recognition, and behavior-oriented labeling |
| Efficiency | Reduces construction cost, construction period, and maintenance cost compared to existing precision map construction methods |
Frequently asked questions
Q. What technology does Jusikhoesa Jeuseuraepseu use?
Jusikhoesa Jeuseuraepseu fuses and analyzes CAN data and IMU data generated from vehicles with AI algorithms to support precise location recognition.
Q. In what environments is Jusikhoesa Jeuseuraepseu's precise positioning effective?
Jusikhoesa Jeuseuraepseu's precise positioning provides stable location information even in environments where GPS signals weaken, such as indoor areas, underground parking lots, tunnels, and urban centers.
Q. What equipment does Jusikhoesa Jeuseuraepseu require?
Jusikhoesa Jeuseuraepseu implements precise positioning using only standard vehicle data without installing expensive equipment such as LiDAR or radar, thereby reducing cost burden.
Q. Does Jusikhoesa Jeuseuraepseu also support precision maps?
Jusikhoesa Jeuseuraepseu supports AI-based precision map construction, where AI recognizes building floor plans, converts them into maps for navigation, and applies behavior-oriented labeling.