手机图片绘图程序java实现

李计刚的数字图象处理作业,包括图型的各种处理技术-dollars digital image processing operations, including patterns of various processing techniques

这个区域可以过滤太小或太大的块，它不会显示出来，过滤可以用于其他目的，结块

利用线性神经网络进行自适应预测 利用函数adapt对线性网络进行自适应训练，在线修正网络的权值和阈值，这样对于时变信号，网络就可以及时跟踪其变化，即可对时变信号序列进行预测。 -linear adaptive neural network prediction using linear function adapt to the network adaptive training , the online network that the weights and thresholds, so for the time-varying signal, the network can track changes in a timely manner. will be the time-varying signal sequence forecast.

本程序是一个立体的魔方源代码. 是一个简单的小程序-this program is a three-dimensional Rubik"s cube source code. Is a simple, small procedures

联机手写数字识别，可以运行的 (2005-1-14，VC,69KB,下载1-online handwritten numeral recognition, can run (2005-1-14, VC, 69KB download a

canny检测器是很有效的边缘检测器，该函数可以实现对目标图像的边缘提取。该方法总结如下：1.图像使用带有指定标准差的高斯滤波器来平滑，以此减少噪声；2.在每一点计算局部梯度和边缘方向；3.第二步中确定的边缘点会导致梯度幅度图像中出现脊，然后追踪所有脊的顶部，并将所有不再脊顶部的像素设置为0；4.执行边缘链接-canny detector is very effective edge detector, this function can be achieved on the target image edge detection. This method is summarized as follows: 1. Image used with the specified standard deviation of the Gaussian filter to smooth out, thereby reducing the noise 2. In the calculation of each point of local gradient and edge direction 3. The second step in determining the edge points will led to the image gradient magnitude ridge appears, and then keep track of all of the top of the ridge, and ridge at the top of all the pixels are no longer set to 0 4. the implementation of the edge link

本程序可以实现画圆,直线,bezier曲线,矩形等图形,并且是用鼠标操作的,同时也可以实现图形的任意倍的放大,缩小,平移和清屏,退出功能.-this procedure can be achieved Circle, Line, bezier curves, rectangles and other graphics, and the mouse is used to operate, but also the realization of graphics arbitrary times magnification, narrow, and the screen translation, from functional.

基于vc的24位真彩色转为256色函数-based on the true color 24 to 256 colors function

集成开发系统源代码 Visual C++源代码-SIMS code

Kanade-Lucas-Tomasi(KLT)算法是基于图像特征点的跟踪算法,由目标对象特征点提取,特征点跟踪两部分组成。本文首先阐述了KLT算法的基本原理,分析了影响算法执行速度的主要原因。分析表明KLT算法的操作主要集中在乘加运算和循环,图像卷积运算和循环占用的执行时间比较长。