A new approach to quantify the lung nodule speculation levels in CT (computed tomography) images was proposed. Firstly, two-dimensional image of nodule was generated by using the spiral scan technology. Secondly, the lung nodule was segmented in the two-dimensional image using the dynamic programming. Thirdly, based on the expanded regions from the segmented boundary, the speculation was segmented by use of threshold segmentation. Fourthly, the feature region where speculation may exist was extr
2021-02-22 14:06:23 419KB lung nodules; CT (computed
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Accurate estimation of human body orientation can significantly enhance the analysis of human behavior, which is a fundamental task in the field of computer vision. However, existing orientation estimation methods cannot handle the various body poses and appearances. In this paper, we propose an innovative RGB-D-based orientation estimation method to address these challenges. By utilizing the RGB-D information, which can be real time acquired by RGB-D sensors, our method is robust to cluttered e
2021-02-09 18:06:09 896KB DBNS; human body orientation
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实现IMU导航系统,根据采集的数据,先经过滑窗滤波之后,对数据处理,在进行实时导航跟踪位置信息
2019-12-21 20:47:55 573KB imu 导航
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