一种应用于城市区域路口自动驾驶地图构建的路口范围检测方法 [发明]
Published in , 2022
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Published in , 2022
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Published in , 2022
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Published in , 2022
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Published in , 2022
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Published in , 2022
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Published in , 2022
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Published in , 2022
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Published in , 2022
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Published in , 2022
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Published in , 2021
vision localization
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Published in , 2019
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Published in https://udel.edu/~ghuang/iros19-vins-workshop/, 2019
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Published in IEEE Transactions on Geoscience and Remote Sensing, 2019
This paper presents a novel illumination-robust subpixel Fourier-based image correlation method based on phase congruency.
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Published in , 2019
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Published in Master Thesis, 2018
satellite attitude estimation method
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Published in Journal of Tongji University, 2018
This paper presents a practical novel approach for tilt measurement of ancient pagodas and the criterion quality evaluation.
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Published in 枫林学苑, 2017
关于基于无线通信基站的室内定位数学解决方法
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Published in 2017 International Symposium on Planetary Remote Sensing and Mapping, 2017
The paper proposes an on-orbit attitude estimation method of star sensors and gyro based on Complementary Filter (CF) and Unscented Kalman Filter (UKF).
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Published in ELECTRONIC MEASUREMENT TECHNOLOGY, 2017
图像中椭圆形测量标志点的自动提取方法
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Published in , 1900
本发明涉及无人驾驶、视觉定位技术领域,具体来说是一种基于语义边缘对齐的由粗到精的多传感器融合定位方法,包括获取高精地图、原始图像、消费级的车载GPS以及轮子里程计的步骤,本发明是一种低成本的以视觉传感器为主的高精定位方法,通过融合里程计和车载GPS信息获得鲁棒的定位结果,通过提取图像中稳定的语义特征,进行语义边缘对齐来得到车辆位姿的估计,对齐的方式不需要显式的进行三维地图特征和二维图像特征的数据关联,而是隐式的通过最小化投影点的光度残差来进行位姿的估计。