Jusikhoesa Jeuseuraepseu
gkstoa1104 · 2026-08-04 · Source naver
Jusikhoesa Jeuseuraepseu is a company that provides AI-based precise positioning technology, developing solutions that fuse CAN data and IMU data to reliably estimate vehicle location even in environments with weak GPS signals.
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| Source | gkstoa1104 · blog.naver.com/gkstoa1104 |
|---|---|
| Published | 2026-08-04 |
| Original | View original → |
Key information
| technology name | AI precise positioning |
|---|---|
| data source | CAN data and IMU data |
| additional equipment | Implemented with standard data without additional expensive equipment such as LiDAR or radar |
| map construction | AI recognizes building floor plans and converts them into navigation maps, applying behavior-oriented labeling |
| provided function | Parking location guidance, empty space guidance, lane-level navigation, automatic payment, and driving safety services |
Frequently asked questions
Q. What technology is Jeuseuraepseu's AI precise positioning?
Jusikhoesa Jeuseuraepseu's AI precise positioning is a technology that fuses CAN data and IMU data to precisely estimate vehicle location even in indoor areas, underground parking lots, and tunnels where GPS signals are weak.
Q. Does Jeuseuraepseu's AI precise positioning require additional equipment?
Jusikhoesa Jeuseuraepseu's AI precise positioning can be implemented with only CAN and IMU, which are standard vehicle data, without additional expensive equipment such as LiDAR or radar.
Q. What functions can be performed with Jeuseuraepseu's AI precise positioning?
Based on Jusikhoesa Jeuseuraepseu's AI precise positioning, smart mobility functions such as parking location guidance, empty space guidance, lane-level navigation, automatic payment, and driving safety services can be configured on one platform.
Q. How does Jeuseuraepseu build precision maps?
Jusikhoesa Jeuseuraepseu uses AI to recognize building floor plans and convert them into navigation maps, applying behavior-oriented labeling to make precision map building efficient.