As one of the fundamental visualized characters, texture feature is used widely in the Content-based Remote Sensing Images Retrieval.
纹理特征作为基本的视觉特征之一，在基于内容的遥感图像检索中得到了广泛的应用。
The experimental result indicated this algorithm can complete the wide range, the high resolution remote sensing image texture mapping highly effectively.
实验结果表明，该算法可高效地完成大范围、高分辨率遥感图像纹理的映射。
In the high resolution remote sensing image, the details of objections are more clear than TM and MSS images, showing great texture and structure information.
在高分辨率卫星影像中，目标地物的细节比TM和MSS影像更为清晰，呈现出大量的纹理与结构信息。
Besides applied in remote sensing image, texture recognition can be made full use of in medical image, chronometer image, micrograph image and so on.
纹理识别不仅可以应用在遥感图像上，对医学图像、天文图像、显微图像等其它图像都具有应用的价值。
This paper puts forward a new method of invariant texture classification for remote sensing image.
本文提出了一种遥感图像旋转不变纹理分类的新方法。
Besides, the remote sensing imagery contains lots of detail information of texture.
遥感影像中还蕴含着地类的细节纹理信息。
A valid texture feature analytical method is proposed to detect cloud in satellite remote sensing image.
针对卫星遥感图像中的云探测问题，提出了一种有效的纹理特征分析方法。
To extract the photo edge and characteristic of texture from the satellite remote sensing image is important to distinguish the image type.
在卫星遥感图像的分析中，提取图像的边缘和纹理特征，对于识别图像的类型，从而完成对目标物体的分析十分重要。
As important information and basic character, texture has significant meaning in image recognition of remote sensing.
纹理是遥感图像的重要信息和基本特征，在遥感图像的自动识别中具有重要意义。
The extraction of forest texture feature from color forest aerial remote sensing images is an important part of the automatic interpretation of forest types achieved by computer.
彩色森林航空遥感图像中森林纹理特征提取是实现计算机自动判读的重要环节。
Abstract: A multifunctional composite sensing device is presented and the basic characteristic of its built-in texture is related.
文摘：叙述多功能敏感器件内在结构的基本特性。
A method using two wavelet transform to get the texture feature for remote sensing is put forward, in order to turn out the invariant texture classification for remote sensing in the wavelet domain.
分析了有限脊小波变换可以实现图像的旋转不变性和平移不变性，提出了结合两种小波变换提取图像纹理特征的方法，实现了在小波域中进行图像的不变纹理分类。
A multifunctional composite sensing device is presented and the basic characteristic of its built-in texture is related.
叙述多功能敏感器件内在结构的基本特性。
Image structure information, such as edges and texture, is robust to the illumination change and is the main characteristic of man-made object in high resolution remote sensing imagery.
图像结构信息，如图像的边缘、纹理等，是图像特征的一种，结构信息不易受照度变化的影响，同时是高分辨率遥感图像中的人造目标特性的主要表现形式。
Texture analysis has become an important means for improving the accuracy of remote sensing image classification.
纹理分析是提高遥感影像分类精度的重要手段之一。
Polarimetric SAR is sensitive to target shape, structure, texture and other physical characteristics of target, thus it has been widely used in the field of remote sensing.
极化SAR对地物目标的形状、结构、纹理等物理特征具有高度敏感性，因此，在遥感测绘领域得到了广泛应用。
Nowadays, texture image analysis and classification is widely used in blemish locate, object recognize, image search, remote sensing image analysis and other fields.
现在对于纹理图像的分析和分类广泛用于瑕疵定位、景物识别、图像检索、遥感图像分析等多个领域。
In this method, the SVM classification model combined with texture analysis is established on the basis of texture extraction from SPOT5 remote sensing image.
该方法在对SPOT5遥感影像进行纹理特征提取的基础上，构建了结合多窗口纹理的SVM模型。
Texture analysis is very important in remote sensing, medical image processing, computer vision and image searching by texture feature.
纹理分析在遥感、医学图像处理、计算机视觉及基于纹理的按图像内容检索等许多应用领域中具有重要意义。
Texture analysis is very important in remote sensing, medical image processing, computer vision and image searching by texture feature.
纹理分析在遥感、医学图像处理、计算机视觉及基于纹理的按图像内容检索等许多应用领域中具有重要意义。
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