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To detect the position of crop-rows, a method based on Hough transform and connected component labeling was put forward. First, a true color image of field crops was processed with gray histogram and OSTU respectively. Then the noises in the image were eliminated by means of eight connected component labeling according to their areas. The centroid coordinates of each labeled crop were computed after the second labeling, through which the center line of the crop-row was regressed by Hough transform. Experimental results show that the method is effective.

该方法分别用直方图法和最大类间方差法二值化图像后，经过8连通区域标记后据其面积属性去除噪声，然后再经一次标记后找出各标记作物的重心点坐标，最后通过Hough变换检测过重心点的直线，即到得到过作物行的中心线，试验结果表明了该方法的有效性。

It's literary image began with the appearance of the "Cantos" and "Chu Elegies", after which came a state of two parallel clues developing together. One of the clues is lotus flowers as a literary image in the folk poetry, in the system of "Yuefu", this system most has the representation is picks the lotus poetry, the performance content mainly is the male and female love, in addition, picks the lotus poem also frequently to use for to express connotation homesickness, leaves, and so on lovesickness; While the other is in the system of scholars, in this system, the lotus flower frequently took noble and pure, happy, fresh, refined symbol, then has flees the world with from the suitable pursue, politics expected with frustrated, the personality unfolds and so on a series of implications and the function.

莲花文学意象的发生则是从《诗经》与《楚辞》开始的，之后，呈现出两条线索并行的状况，一条是乐府系统的莲花文学意象，此一系统最具代表性是采莲诗歌，表现内容主要是男女情爱，除此之外，采莲诗也常常用来表达思乡、离别、相思等内涵；另一条是文人诗赋系统的莲花文学意象，在这一系统中，莲花常常作为高洁、美好、清新、脱俗的象征物，进而具有遁世与自适的追求、政治期望与失意、人格展现等一系列寓意与功能。

This framework has several applications, including improve the performance of HAMMER algorithm and extent HAMMER method from pre-segmented image to intensity image domain, which greatly overcome it limitation. In the first application, after the fixed scale used in HAMMER algorithm to extract GMI feature is replaced with the learnt best scale and active point is learnt according to the saliency and consistency measurement, more accurate registration results have been obtained in both real data and simulated data.

首先，用学习到的最佳邻域大小代替HAMMER算法中的固定邻域，用学习到的图像关键点代替HAMMER中只经过简单阈值处理得到的驱动点，使得HAMMER算法的性能在真实和模拟的人脑MR图像上得到了显著的提高。

The research of making use of 2D image to form the 3D objects has been a field paid attention to very much all the time. In this work, we propose the synthetic way of a 3D human head, based on image information of multiple-view, cooperate with a Generic 3D head model. By choosing the feature points from images to estimation of position of the camera, and then dealing with information reconstruction of human head and feature point relationship between images and 3D object. Subsequently, applying interpolation technique, the head model is deformed from original model to fit the computed feature points by using Radial Basis Function. Make the form of the head model of people after deformation in conformity with true face of people. Finally, execute 3D head texture mapping and reach the function of translation and rotation with arbitrary direction.

利用二维影像来合成三维物件的研究一直是很受到重视的一个领域，在本论文中，我们提出一个三维立体人头的合成方式，以多张不同视角的影像资讯为基础，配合一个事先准备好的通用三维人头模型(generic 3D head model)，透过二维影像中特徵点的选取来估算出拍摄的角度、方位，进而处理人脸模型五官的资讯重塑与特徵点对应的关系，接著利用内差技术，使用放射基底函数对三维通用人头模型作形变，使形变过后人头模型的形状与真实人脸相符，最后对三维通用人头模型作材质贴图，并可对此模型作任意角度、方向的旋转平移，以期达到类似照镜的功能。

First,we put the indicator card into computer by the scanning apparatus,and carry on the image binaryzation, thinning and vectorization to gain the vectorization of the engineering drawing after the image pretreatment,thereby creating an advantageous condition of feature extraction of indicator card,creating the advantageous condition of improving the failure diagnosis of pumping wells as well.

将绘制的示功图通过扫描仪输入计算机，通过对示功图进行二值、细化、矢量化等处理，将示功图的二值点阵信息转换为矢量信息，为后续示功图特征提取创造有利条件，有利于提高抽油井故障的诊断正确率。

The characteristics of human visual system is used to embed the watermarks which is encrypted into mid-frequency subbands coefficients of Y branch of host image after Y branch of host image is transformed by the multilevel structures wavelet transform in the YIQ pattern space.

该算法利用形式简单的二维离散超混沌系统产生的超混沌序列生成密码对水印图像加密，同时根据人类视觉系统的特性，对宿主图像在YIQ色彩空间中的Y分量进行多级离散小波变换后，将加密后的水印图像嵌入到宿主图像Y分量的DWT中频子带中。

Firstly,the road area can be detected in homogeneity image and the area out of the road will be wiped off. Then,the color image segmentation will be processing in the road area. After dealing with the segmentation result by some pre-experience,the object can be picked up completely.

先通过均匀性边缘提取找到路面区域并排除路面以外的部分，然后在路面区域内利用彩色图像信息进行分割，并结合先验经验实现目标提取。

No positive image emerged in muscular tissue and sciatic nerve at 72 hour in Na131I group and saline group by radiography except obscure image in local triceps surae after 6 hours in Na131I group.

在左侧小腿三头肌分别注入131IHRP、Na131I或生理盐水500μl，于注射后6、12、24、48、72小时后处死动物，取左侧带小腿三头肌的坐骨神经全长行放射自显影和坐骨神经HRP组织化学染色。

Controlled by the computer, the device can transport a sample to be subjected to parameter extraction to the electrical rotation stage through the pipeline system, the CCD imaging system takes the plant image at a single angle, then the images are subjected to image segmentation by the computer, the projection plant height at the angle can be obtained after subjecting the divided binary images to skeleton extraction and leaf path searching, and finally the maximal value of the projection plant heights at all angles is calculated as the plant height.

本发明涉及植物株高自动测量装置及测量方法，本装置包括流水线系统、可见光CCD成像系统、电动旋转台、旋转台控制器、计算机、图像采集卡，电动旋转台依次与旋转台控制器和计算机相连，可见光CCD成像系统依次与图像采集卡和计算机相连，本发明由计算机控制，采用流水线系统，将待提取参数的样品送上电动旋转台，由CCD成像系统拍摄单个角度下的植株图像，由计算机将所得图像进行图像分割，从分割后二值图像经过骨架提取和叶片路径搜索可得到该角度下投影株高，最后求出所有角度下投影株高的最大值作为植株的高度。

When detecting the edge, an auto-choose threshold algorithm is given to reduce the salt-and-pepper or pulse wrong edges. After analyzing the special noise factor in pin's image, this paper improves the edge detection elements. That's putting forward a way which is named"the method of de-noise based on linear weighted operator template"to reduce the zonal or cluster noise. And test show that the algorithms detect image's edge rightly.

针对钻针图像的特点，在边缘检测中提出了自动选择阈值的算法；之后针对钻针图像中的特殊噪声形式，对边缘检测算法进行了原理上的改进，通过对图像的灰度分布的数学模型的建立，提出了使用加权直线模板去噪法进行块状噪声的去除；通过上述算法的应用，良好地改善了图像处理的质量。

Lugalbanda was a god and shepherd king of Uruk where he was worshipped for over a thousand years.

Lugalbanda 是神和被崇拜了一千年多 Uruk古埃及喜克索王朝国王。

I am coming just now,' and went on perfuming himself with Hunut, then he came and sat.

我来只是现在，'歼灭战perfuming自己与胡努特，那麼，他来到和SAT 。