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imagelowbcb(fft)
- 该程序是用c++builder写的基于快速付利叶（fft）变换的图像低通滤波其中包括fft变换和逆变换-that the procedure was used to write c builder profits based on the rapid leaf (fft) Transform Image low-pass filter including fft transform and inverse transform
leaf.rar
- 计算叶子面积周长用到图形图像处理的边缘检测算法,Circumference of the leaf area calculated using graphics image processing edge detection algorithm
work1
- 主要功能有关冬小麦叶片面积测定，主要包括彩色空间转换，彩色图像灰度化和二指化-The main function of winter wheat leaf area measured, including color space conversion, color images of gray and二指
image_segmentation
- 基于形态学的烟叶图像分割技术的研究，适用于delphi编程者-Based on the morphology of the leaf image segmentation techniques, the application programmer in delphi
ifs_code_matlab
- 实现了平移、缩放、旋转和错切等仿射变换的问题，并用MATLAB逼真模拟了蕨类叶、变形蕨类叶与拟仿射变换分形图。-Achieved a pan, zoom, rotate and cross cutting issues such as affine transformations, and use MATLAB to simulate real fern leaf, fern leaves and to be deformed affine fractal images.
xingtaichonggou
- 些成熟的瓜果果实在单一的光谱图像中，果与叶的灰度值只存在微小差异，常用的图像分割方法不足以把果与叶区分开，为此，提出一种基于多光谱图像融合的形态学重构分割方法。-More mature fruits and fruit in a single spectral image, the fruit and leaves only a minor difference in gray scale, commonly used image segmentation approach is not suf
pinpufenxi
- 在matlab下实现信号频谱分析：利用快速付里叶变换FFT得到下列信号的频谱，并绘制信号及频图形：1.长2s的方波信号，频率f=10Hz -In matlab signal spectrum analysis: the fast in leaf transform FFT get pay of spectrum, the signal and drew the signal and frequency graphics: 1. The long 2s, frequency f = squar
mycontourlet_hard
- contourlet算法处理叶子边缘的算法，用于统计叶子的牙齿。非常好。-contourlet leaf edge algorithm processing algorithms for statistical leaves teeth. Very good.
Fourier-Mellin
- Application of the Fourier-Mellin transform to translation-, rotationand scale-invariant plant leaf identification
segleaf
- segment a leaf by using region grwoing method
qtfm_1_9
- 四元数傅里叶变换的工具箱，matlab版，很全面，初学四元数者必备-The tool box of leaf s transformation in the 4 dollars few Fuses, matlab version, very overall, beginner 4 dollars count be essential
yepian
- 为了研究植物的生长规律，应用数字摄影图像处理法对山楂叶面积进行无损测量，该方法采用数码相机在田间获取山楂叶子的数字图像，对所拍图像进行背景去除、二值化及中值滤波处理，然后利用Matlab软件编程．快速计算出叶子的面积。把这一面积同常用的叶纸称重法所测面积进行比较．结果基本相同，由此可见，数字摄影图像法测量叶面积，具有简单、准确、方便快捷的特点．这对数字农业的植物信息快速采集和利用具有重要的意义。 - In order to study the growth pattern of plants
leaf
- 主要是介绍图像处理中叶片面积，用Mean-shift算法进行图片进行平滑，然后进行灰度化、二值化-Mainly on the leaf area of image processing, image smoothing using the Mean-shift algorithm, and then to gray, binarization ......
yezi
- 提取叶子图像的边缘坐标，并将其转换成8方向的链码-To extract the coordinates of the edge of the leaf image, and converted to 8-direction chain code
image-process(yezi)
- 给出叶子图像和圆形图像，计算叶子轮廓、周长、面积-Given leaf image and a circular image calculated leaf contour, perimeter, area
shiyan
- 用于植物叶片分类的图形界面,是Matlab源码，用BP神经网络实现-For plant leaf classification graphical interface, the Matlab source code, using BP neural network
LEAf
- 用于视频检测中的叶子识别，提取颜色特征和纹理特征，简单高效。-Leaves for video detection to identify, extract color and texture features, simple and efficient.
Six-leaf-pattern
- 自己亲手做一个漂亮的六叶图案练习一下自己的c语言能力-Six leaf pattern
Measurement-of-plant-leaf
- 基于Matlab的植物叶片面积测量 已知标准A4纸大小和面积，将要测量的叶片放在标准A4纸上，测出叶片占A4纸的面积比例，即可求出叶片的叶面积。由于比例的对应关系，将叶片实物转化为数字图像。数字图像由像素构成，计算出叶片和背景占有的像素，求出二者的比例关系再结合参照物即可得出叶片的面积。图像的像素可在对图像去噪声、二值化后等处理后计算出。- Measurement of plant leaf area based on Matlab
leaf-diseases-identification
- 为了根据作物不同病害程度等级采取不同防治方法，实现作物高产和减少环境污染，提出了一种复杂背景 下的作物叶片病害等级分类算法。首先，利用阈值分割法对黄瓜病害叶片图像进行病斑分割 其次，计算病斑区域中 像素个数与病叶区域中像素个数的比值 最后用作物病害等级分级标准进行比较来确定病害等级类别。利用该方法 在2 种作物5 种常见病害叶片图像数据库上进行了病害等级分类试验，识别精度高达92． 7 。结果表明，该方法对 作物病害叶片等级分类是有效可行的-To take a different