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- Unmanned Vehicle Fusion Positioning Technology Based on “5G + Beidou . . .
In this paper, this principle is combined with 5G signal transmission and a 3D point cloud image is used to study the unmanned vehicle fusion positioning technology
- Unmanned Vehicle Fusion Positioning Technology Based on “5G + Beidou . . .
This paper first analyzed the current situation and characteristics of GNSS technology and studied the key technologies and principles of the "5G + Beidou" integrated positioning system
- Unmanned Vehicle Fusion Positioning Technology Based on 5G+Beidou and . . .
This paper proposes a fusion positioning technology for unmanned vehicles based on the 5G + Beidou integrated positioning system By combining 3D point cloud image and high-precision map, the method achieves high-precision positioning results
- Research on the Fusion Positioning Technology of 5G+ Beidou Based on . . .
In the new energy Internet scenario, unmanned patrol navigation of power lines, accurate fault location of power equipment and position monitoring of power towers put forward higher requirements for power location technology
- Unmanned Vehicle Fusion Positioning Technology Based on . . .
It provides free access to secondary information on researchers, articles, patents, etc , in science and technology, medicine and pharmacy The search results guide you to high-quality primary information inside and outside JST
- 这所院校又添新作：基于“5G +北斗”和三维点云影像的无人车 . . .
本文提出了一种基于“5G + 北斗”综合定位系统和三维点云图像的无人驾驶汽车融合定位技术。 该技术利用“5G + 北斗”基站进行定位，同时融合三维点云图像，通过车辆自主导航算法实现高精度实时定位。
- unmanned-vehicle-fusion-positioning-technology-based-on-5g . . .
The technical advantages of "5G + Beidou" were used for data fusion processing of unmanned vehicles, and a positioning method based on the combination of 3D point cloud image and high-precision map was proposed
- RETRACTED ARTICLE: Unmanned Vehicle Fusion Positioning Technology Based . . .
Based on the positioning system, this paper uses the "5G + Beidou" system to combine it with 3D point cloud images to improve the positioning accuracy and stability of unmanned vehicles, as well as adapt to various complex environments and situations
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