讨论了图象的模糊边缘检测问题。
为选区填充黑色，然后用模糊工具模糊边缘。
Fill the selections with black and then blur the margins using the blur tool.
提出了一种基于模糊边缘检测提取复杂晶界的实用方法。
A practical algorithm based on fuzzy edge detection is proposed.
进而，我们以GVLF构造出广义模糊边缘检测的变换函数。
Further, the transform function for generalized fuzzy edge detection is constructed by GVLF.
即使模糊边缘宽度自动检测，也需要您自己确认模糊边缘宽度的正确性。
Even though the Blur Width is auto-detected, you need to satisfy yourself that the Blur Width is correct.
针对形态边缘减宽增强算法的不足，提出了一种自适应模糊边缘减宽增强算法。
The shortcoming of morphological edge enhancement algorithm has been discussed. Based on that, an adaptive edge width reduction enhancement fuzzy algorithm is presented.
针对影像中梯度较小的模糊边缘，提出了一种自适应梯度的概念和边缘检测算法。
A new self-adaptive gradient is proposed for the detection of vague edges which is difficult to be detected according to traditional gradient.
最后利用迭代算法对边缘图像进行二值分割。对改进的模糊边缘检测算法进行了实验。
Then a new kind of edge detection operator was used to obtain edges from the enhanced image.
本文结合遥感图像的实际背景，给出了可用于操作实施的模糊边缘检测数学模型和算法。
Conserdering the background of remote sensing image, this paper minutely gives out the fuzzy edge measuring's mathematics models and algorithm which may be used in operating.
本文提出一种首先进行平滑滤波，然后检测模糊边缘的方法来进行复杂景物图像边缘检测。
In the paper, a way of smooth filtering first, then detect edge using fuzzy sets in complex scene image is provided.
这是因为图像可能有不同的模糊边缘宽度（景深）和在该中心通常有需要聚焦的被摄物体。
This is because an image can have a varying Blur Width (depth of field) and the subject which is to be in focus is usually in the center.
通过该模糊边缘的判决，图像上的像素点被划分到了显著边缘区、平滑区和处于二者之间的过渡区三个模糊集合。
Through this fuzzy edge judgment, the pixels are divided into 3 fuzzy sets: the salient edges area, the smooth area and area between the formal two.
针对包含不同程度噪声数字图像的边缘检测问题，提出了两种建立在房顶型模糊边缘模型基础上的平滑和边缘检测滤波器。
For the edges detection problem of digital images containing different degrees of noise, two smoothing and edge detection filters, based on a model of crest-line blurred edge contours, were proposed.
芬克·贝涅回忆说：“当我建议进一步研究数据并想看看我们看到的模糊边缘是否真实存在时，我们就把这个发现提交了上去。”
"We had barely submitted that one," Finkbeiner recalls, "when I suggested we dig into the data further and see if the edges we could barely see were actually real."
这些项目通常被视为模糊边缘或“柔化”边缘，当边缘位置处于设备像素的中间而不是两个设备像素之间时，就可能会出现这种现象。
These artifacts, commonly seen as blurry or "soft" edges, can occur when the location of an edge falls in the middle of a device pixel rather than between device pixels.
仿真结果表明：该算法具有较强的检测模糊边缘能力，是一种实用、高效的边缘提取算法，同时此方法很容易扩展到多阈值图像边缘处理。
Simulation results show that: the algorithm is a practical and efficient edge detection algorithm, and this method can easily extend to more threshold edge detection of image processing.
这在物体的边缘产生了一系列颜色，使图像变得模糊不清。
This creates a spectrum of colours at the edges of objects which blurs the image.
视图可能阴沉而朦胧，如果浮油区域靠近图像边缘的话，则会显得模糊。
The view may be cloudy or hazy, and if the oil slick location is near the edge of the image, it will be blurry.
这允许我创建某些效果，比如模糊效果或检测边缘，其中过滤的像素颜色取决于它的邻居的颜色。
This would allow me to create certain other effects, such as blurring or edge detection, where the filtered color of the pixel depends on the colors of its neighbors.
狄俄涅“下部”边缘上巨大而模糊的火山口关键性的校直完成了这个天文学假象。
The strategic alignment of a large, faint crater at the "bottom" edge of Dione completes the astronomical illusion.
如此便为图像边缘添加了模糊效果。
我们视野边缘是模糊的这一事实可以解释蒙娜丽莎的微笑，而且也只有模糊时我们才能看到她的微笑。
Mona Lisa's smile can be explained by the fact that images are blurred in the periphery of our vision, and her smile is only seen when blurred.
有些设置可以让字母的边缘模糊平滑，另一些则会使字母边缘清晰锐利。
Some like their edges to be smooth and blurred on each letter on the screen. Others like sharp fonts where the edges are crisp and clear.
提出了改进的广义模糊算子(GFO)边缘检测新方法。
A new method for edge detection with improved General Fuzzy Operator (GFO) is proposed.
提出了改进的广义模糊算子(GFO)边缘检测新方法。
A new method for edge detection with improved General Fuzzy Operator (GFO) is proposed.
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