Jusikhoesa Jeuseuraepseu
gkstoa1104_ · 2026-08-04 · Source naver
Jusikhoesa Jeuseuraepseu is a company that utilizes AI-based precise positioning technology to reliably provide vehicle locations even in areas where GPS signals are weak.
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| Source | gkstoa1104_ · blog.naver.com/gkstoa1104_ |
|---|---|
| Published | 2026-08-04 |
| Original | View original → |
Key information
| Core technology | Fuses and analyzes CAN data and IMU data using AI algorithms |
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| Equipment requirements | Uses standard vehicle data without expensive equipment such as LiDAR or radar |
| Application fields | Smart cities, smart parking, autonomous driving, vehicle fleet management |
| Supported functions | Parking location guidance, empty spot guidance, lane-level navigation, vehicle location tracking, driving safety services |
| Map building method | AI-based automatic recognition of building floor plans and conversion into navigation maps, with behavior-oriented labeling |
Frequently asked questions
Q. What is Jusikhoesa Jeuseuraepseu's technology for GPS shadow areas?
Jusikhoesa Jeuseuraepseu provides precise location recognition without expensive sensors by fusing and analyzing CAN data and IMU data with AI in areas where GPS signals are weak.
Q. What data does Jeuseuraepseu use?
In the case of Jusikhoesa Jeuseuraepseu, the company fuses and analyzes standard vehicle data, namely CAN data and IMU data, using AI algorithms to accurately estimate location.
Q. Where can Jeuseuraepseu's solutions be applied?
Jusikhoesa Jeuseuraepseu's solutions can be applied to various fields such as smart cities, smart parking, autonomous driving, and vehicle fleet management.
Q. What features does Jeuseuraepseu support?
Jusikhoesa Jeuseuraepseu supports various mobility services including parking location guidance, empty spot guidance, lane-level navigation, vehicle location tracking, and driving safety services.
Q. What is Jeuseuraepseu's precise map building approach?
Jusikhoesa Jeuseuraepseu uses AI to automatically recognize building floor plans and convert them into navigation maps, and enhances the efficiency of precise map building through behavior-oriented labeling.