Image Processing Centre, Beijing University of Aeronautics and Astronautics, 100191 Beijing, China.
Micron. 2013 Jan;44:193-201. doi: 10.1016/j.micron.2012.06.009. Epub 2012 Jun 26.
Enhancing mineral image especially making mineral image details clear is very useful for mineral analysis. To effectively enhance mineral image, an algorithm based on the toggle contrast operator and top-hat based contrast operator is proposed in this paper. Sequentially combining the toggle contrast operator and top-hat based contrast operator could be used to identify image features especially the image details. So, appropriately exacting the identified image features by the sequentially combined toggle and top-hat based contrast operator is important for mineral image enhancement, which is analyzed firstly in this paper. After that, the multi-scale extension of feature extraction is given and used to construct the final features for mineral image enhancement. By importing the final extracted image features into the original mineral image through contrast enlargement, the original mineral image is well enhanced and the mineral image details are very clear. Experimental results on different types of mineral images verified the effective performance of the proposed algorithm.
增强矿物图像,特别是使矿物图像细节清晰,对矿物分析非常有用。为了有效地增强矿物图像,本文提出了一种基于切换对比度算子和基于顶帽的对比度算子的算法。顺序结合切换对比度算子和基于顶帽的对比度算子可用于识别图像特征,特别是图像细节。因此,通过顺序结合的切换和基于顶帽的对比度算子适当地提取所识别的图像特征对于矿物图像增强非常重要,本文首先对此进行了分析。之后,给出了特征提取的多尺度扩展,并用于构建最终的矿物图像增强特征。通过将最终提取的图像特征通过对比度放大导入原始矿物图像中,对原始矿物图像进行了很好的增强,并且矿物图像细节非常清晰。在不同类型的矿物图像上的实验结果验证了所提出算法的有效性。