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Research on the Enhancement of Laser Radar Range Image Recognition Using a Super-Resolution Algorithm

机译:超分辨率算法改进激光雷达范围图像识别的研究

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摘要

This work introduces a super-resolution (SR) algorithm for range images on the basis of self-guided joint filtering (SGJF), adding the range information of the range image as a coefficient of the filter to reduce the influence of the intensity image texture on the super-resolved image. A range image SR recognition system is constructed to study the effect of four SR algorithms including the SGJF algorithm on the recognition of the laser radar (ladar) range image. The effects of different model library sizes, SR algorithms, SR factors and noise conditions on the recognition are tested via experiments. Results demonstrate that all tested SR algorithms can improve the recognition rate of low-resolution (low-res) range images to varying degrees and the proposed SGJF algorithm has a very good comprehensive recognition performance. Finally, suggestions for the use of SR algorithms in actual scene recognition are proposed on the basis of the experimental results.
机译:该工作引入了基于自引导的接合滤波(SGJF)的范围图像的超分辨率(SR)算法,将范围图像的范围信息添加为滤波器的系数,以减少强度图像纹理的影响在超级分辨图像上。构建范围图像SR识别系统以研究四种SR算法在激光雷达(LADAR)范围图像识别上的四个SR算法的效果。通过实验测试了不同模型库尺寸,SR算法,SR因子和噪声条件对识别的影响。结果表明,所有测试的SR算法都可以将低分辨率(低分辨率)范围图像的识别率提高到不同程度,所提出的SGJF算法具有非常好的全面识别性能。最后,基于实验结果提出了在实际场景识别中使用SR算法的建议。

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