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In the fields of computer vision and image analysis, the Harris-affine region detector belongs to the category of feature detection. Feature detection is a preprocessing step of several algorithms that rely on identifying characteristic points or int
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图像处理,对于感兴趣的图像,把目标区域从背景区域分离出来-Image processing, for the interest of the image, the target region isolated from the background region
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图像处理,对于感兴趣的图像,把目标区域从背景区域分离出来-Image processing, for the interest of the image, the target region isolated from the background region
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图像处理,对于感兴趣的图像,把目标区域从背景区域分离出来-Image processing, for the interest of the image, the target region isolated from the background region
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图像处理,对于感兴趣的图像,把目标区域从背景区域分离出来-Image processing, for the interest of the image, the target region isolated from the background region
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图像处理,对于感兴趣的图像,把目标区域从背景区域分离出来-Image processing, for the interest of the image, the target region isolated from the background region
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通过选取种子点,对一幅二维图像进行区域生长,从而分割出自己感兴趣区。-By selecting the seed point, two-dimensional image of a region growing, which split their own areas of interest.
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基于Halcon和C#实现交互操作,可以通过鼠标绘制ROI(感兴趣区域),利于图像处理-Based Halcon and C# achieve interoperability, you can draw ROI (region of interest), in favor of image processing using the mouse
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利用模糊C均值来分割图像成3个部分.会计算分割面积-use fuzzy c means to segment an image into 3 region of interest.
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图像.
rect
ROI 矩形.
函数 cvSetImageROI 基于给定的矩形设置图像的 ROI(感兴趣区域) . 如果ROI是NULL 并且参数RECT的值不等于整个图像, ROI被分配. 不像 COI, 大多数的 OpenCV 函数支持 ROI 并且处理它就像它是一个分离的图像 (例如, 所有的像素坐标从ROI的左上角或左下角(基于图像的结构)计算。-Image. Rect ROI rectangle function cvSetImageROI given set o
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利用最大似然法,通过感兴趣区域对遥感图像进行分类-Using the maximum likelihood method, by region of interest on remote sensing image classification
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图像预处理程序,可以多幅图像叠加求平均,可以生成灰度图和散点图,可以对图像进行亮度归一化,可以提取感兴趣区域ROI-Image preprocessor, multiple images can be superimposed averaging can generate grayscale and scatter, the image may be brightness normalization can extract the region of interest ROI
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finding region of interest and segmentation of medical image
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使用这个函数可以交互式选择图像中的一块感兴趣的区域(Using this function, you can interactively select a region of interest in the image)
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基于matlab的CT图像处理,提取感兴趣的区域,并染色。计算面积(Based on matlab CT image processing, extract the region of interest and dyed. Calculate the area)
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支持高精度视频数据,在高动态范围场景提供更多图像细节
支持先进编码工具,在获得更好图像质量的同时获得更高编码效率
支持感兴趣区域(ROI)变质量编码,在网络带宽或存储空间有限的情况下,提供更符
合监控需要的高质量视频编码
支持可伸缩视频编码(SVC),满足不同传输网络带宽和数据存储环境的需求
u 支持代数码书激励线性预测(ACELP)和变换音频编码(TAC)切换的双核音频编码,
保证对语音和环境(背景)声音均有较好的编码效果
支持声音识别特征参数编码,避免编码失真对语音识别和声
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对照片进行形态学处理,提取感兴趣的区域,实现车牌的提取(The image is processed by morphology, the region of interest is extracted, and the extraction of the license plate is realized.)
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RGB空间的颜色分割,利用膨胀和腐蚀进行图像分割,实现对感兴趣区域的提取(Color segmentation in RGB space, image segmentation using expansion and corrosion, and the extraction of region of interest.)
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区域生长法进行图像分割,通过选取合适的种子点,将感兴趣区域分割出来。(The region growing method is used for image segmentation, and the region of interest is segmented by selecting appropriate seed points.)
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程序使用差分盒计数算法将输入图像转换为分形维数(fd)图像,即每个像素都有自己的fd。然后用户可以在生成的fd图像中选择任何感兴趣的区域来估计相应的平均值、标准差和缺陷。(The program transforms an input image using the differential box counting algorithm to a fractal dimension (FD) image, i.e. each pixel has its own FD. Then the user
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