基于复变分析法的图像重建算法研究

Yeyang Jiang, Li Zhu, Xing Liu, Cunrong Song, Xi Yang
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引用次数: 0

摘要

为了提高模糊稀疏散乱特征分布图像的识别能力,有必要进行空间视觉分布式重建和图像虚拟重建。提出了一种基于复分析方法的稀疏散点特征分布图像虚拟重建方法。构建稀疏散点特征分布图像的网格分布模型,利用图像稀疏特征点提取方法对稀疏散点特征分布图像进行空间信息特征分布重建模型。结合块特征检测和图像分割方法,对稀疏散点特征分布图像进行边界区域检测,建立稀疏散点特征分布图像的空间视觉分布重建模型。结合模糊结构重建方法,对稀疏散乱特征分布图像进行图像滤波和信息融合。根据稀疏散点特征分布图像的纹理和细节面积,对图像进行三维纹理结构和稀疏疏散置乱点重建,并采用复分析方法对图像进行三维重建,重建稀疏散点特征分布图像的灰度直方图。在空间视觉分布式重建的基础上,实现了稀疏散点特征分布图像的虚拟重建。仿真结果表明,稀疏散乱特征分布图像的虚拟重建视觉效果较好,三维图像的虚拟重建质量较高。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Research on Image Reconstruction Algorithm Based on Complex Analysis Method
In order to improve the recognition ability of fuzzy sparse scattered feature distribution image, it is necessary to carry out spatial vision distributed reconstruction and image virtual reconstruction. A virtual reconstruction method of sparse scattered feature distribution image based on complex analysis method is proposed. The grid distribution model of sparse scattered feature distribution image is constructed, and the spatial information feature distributed reconstruction model of sparse scattered feature distribution image is carried out by using image sparse feature point extraction method. Combined with block feature detection and image segmentation method, the boundary region detection of sparse scattered feature distribution image is carried out, and the spatial visual distributed reconstruction model of sparse scattered feature distribution image is established. Combined with fuzzy structure reconstruction method, the image filtering and information fusion of sparse scattered feature distribution image are carried out. according to the texture and detail area of sparse scattered feature distribution image, the 3D texture structure and sparse evacuation scrambling point reconstruction of image are carried out, and the 3D reconstruction of image is carried out by complex analysis method, and the gray histogram of sparse scattered feature distribution image is reconstructed. Virtual reconstruction of sparse scattered feature distribution image is realized based on spatial vision distributed reconstruction. The simulation results show that the visual effect of virtual reconstruction of sparse scattered feature distribution image is better, and the quality of 3D image virtual reconstruction is higher.
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