| 1. | This method did the resolution improvement in the wavelet frequency domain and obtained good time efficiency and visual effect
这个算法具有良好的时间效率，并且能够较好的恢复图像的边缘信息。 |
| 2. | In the image the edges are detected by the different limits in the different parts whose qualities are different
最后，在不同的区域应用不同的阈值得到图像的边缘信息，取得了很好的边缘检测效果。 |
| 3. | Some properties of the generalized morphological transform provide the basis for establishing a new morphological sampling scheme for both binary and gray image
在广义形态变换性质研究的基础上所提出的广义形态采样方法，能更好地保留图像的形态信息和边缘信息。 |
| 4. | Through using multi - scale characteristic of the edge information and synthesizing the multi - scale edge , the image edge with only one pixel wide was obtained
结合自适应阈值方法，在每种尺度下分别提取了图像边缘；而后利用边缘信息的多尺度特性，综合多尺度边缘得到单像素宽边缘。 |
| 5. | The author pay much time to test the arithmetic on the image photographed by digital camera , so there are much works to do to apply this software in practice
反之，则误差会上升，一种可行的改进方案是利用物体的边缘信息，文中也进行了这方面的尝试，受时间限制，只进行了简单的试验。 |
| 6. | The edge information of cell image is very useful , which is the basis of cell image segment , it can affect the correctness of cell image recognition and analysis directly
细胞图像中的边缘信息是极为有用的，它是进一步进行细胞图像分割的基础，直接影响到细胞图像识别与分析的正确性。 |
| 7. | This paper proposed a blocking artifacts reduction algorithm based on feature analysis in wavelet domain in order to reduce blocking artifacts while preserving edge and texture information
提出一种基于小波域特征分析的去块效应算法，目的是尽量消除块效应的同时充分保护图像的边缘信息。 |
| 8. | I n order to enhance image edges of different levels at the same time , we prese nt a multi - level fuzzy enhancement algorithm , and its fast computing algorithm is also given in t his paper
为了同时增强图像中不同灰度层次的边缘信息，提出一种多层次模糊增强算法，并且给出了快速实现算法。 |
| 9. | We use wavelet transform and spiht encoding method to compress the data that we got after speckle noise reduction . the results compare favorably with jphg compression methods
对于基于边缘信息的garrote去噪方法我们同传统的软去噪和硬去噪以及lee滤波方法进行了比较，得到了很好的实验结果。 |
| 10. | Based on wavelet decomposition this paper presented a fusion algorithm , which extracted the local edge info in subband images as fusion rule and fused two leather images with complementarity
基于小波分解，提出了一种融合算法，该算法在小波分解的子带图像中提取局部边缘信息作为融合规则，较好的实现了两幅互补皮革图像的融合。 |
