ezcdf.tar

说明：  SCMA with LDPC code

说明：  L3Gd20 library for arduino

说明：  光栅法三维重建时设置不同频率生成4步相移图片，图片大小为768*1024(Raster 3d reconstruction generates 4 - step phase shift images)

Java字符、字符串、数组操作实例，主要是数组的复制、反转字符串中的字符、命令行参数、求字符串的长度及每一个位置上的字符、数组的排序、String类数组的操作等方面的例子，相信对初学者学习Java有帮助的。

卷积神经网络，用于立体图像质量评价，附带说明(The application of convolution neural network to the quality evaluation of stereoscopic images)

说明：  适合用于破解石器时代脚本密码，查看ASSA密码，STW密码等(Stone Age ASSA script password cracking artifact)

用C语言实现的傅里叶计算，硬件平台为TMS320F2812(Using C language implementation of the Fourier calculations, the hardware platform for TMS320F2812)

这是一个超声在金属中传播的仿真案例，通过COMSOL仿真软件实现的。(This is a simulation of the propagation of ultrasound in metals,realized by COMSOL simulation software.)

Haskell 代码。 对于 YUV 420 的图象，比较两个图象文件的差别像素，以宏块的方式表现。 我本人主要将之用于 H264 编解码器的 deblock 过程的测试辅助定位。 很容易扩展为 YUV422 或 444 格式的图象。 更详细用法见程序内的帮助。-Haskell code. YUV 420 for the images to compare the differences between image pixels, macro block to the performance. I will mainly use it H264 codecs deblock the process of positioning the auxiliary testing. Be easily extended to YUV422 format or 444 images. See more detail usage procedures help.

帧间差分法是一种通过对视频图像序列中相邻两帧作差分运算来获得运动目标轮廓的方法，它可以很好地适用于存在多个运动目标和摄像机移动的情况。当监控场景中出现异常物体运动时，帧与帧之间会出现较为明显的差别，两帧相减，得到两帧图像亮度差的绝对值，判断它是否大于阈值来分析视频或图像序列的运动特性，确定图像序列中有无物体运动。图像序列逐帧的差分，相当于对图像序列进行了时域下的高通滤波。实例中有对应avi文件(Inter-frame difference method is a method that obtains the contour of moving object by differential operation of two adjacent frames in video image sequence. It can be well applied to the situation where there are multiple moving objects and camera moving. When abnormal object motion occurs in the monitoring scene, there will be obvious difference between the frame and the frame. By subtracting the two frames, the absolute value of the brightness difference between the two frames can be obtained. The motion characteristics of video or image sequence can be analyzed by judging whether it is larger than the threshold value, and whether there is object motion in the image sequence can be determined. The frame-by-frame difference of image sequence is equivalent to high-pass filtering of image sequence in time domain. There are corresponding avi files in the instance)