Finally, based on the feature that human vision is sensitive to the local contrast, the image of linear degree of polarization was adopted to enhance the fused result.
最后，根据人眼对局部对比度敏感的特点，采用偏振度图像对融合结果进行对比度增强处理。
In addition, We demonstrate that features extracted from multiresolution representations can provide an adaptive mechanism for accomplishing local contrast enhancement.
另外，从多分辨率表示提取的特征能够提供一种完成局部对比增强的自适应算法机制。
Objective To improve the new algorithm of local contrast enhancement for MR image based on mathematical morphology, we evaluated the performance of the algorithm by real MR images from clinical use.
目的对基于数学形态学的磁共振图像局部对比度增强算法进行临床MR图像测试，为完善算法提供依据。
Objective To improve the new algorithm of local contrast enhancement for MR image based on mathematical morphology, we evaluated the performance of the algorithm by real MR images from clinical use.
目的对基于数学形态学的磁共振图像局部对比度增强算法进行临床MR图像测试，为完善算法提供依据。
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