AE开发的实例

卡尔曼滤波是一种数据处理方法，它是一种线性最小方差无偏估计准则，基于系统 状态估计和当前观测，通过引入状态空间而获得的新的状态估计.本篇论文陈述了卡尔曼滤 波的基本思路和算法；并通过仿真，显示卡尔曼滤波的功能，以及如何用它来跟踪方向确定、速度恒定的飞行器。 (Kalman filter is a data processing method, which is a linear minimum variance unbiased estimation criteria, based on system state estimation and the current observations, obtained by introducing the state space of the new state estimate of the Kalman filter thesis statement the basic ideas and algorithms and through simulation, shows Kalman filtering functions, and how to use it to keep track of the direction determined constant speed aircraft.)

Labwindows开发的串口通信控制代码，自己开发，亲测好使。主要完成上位机界面数据数据输入和FPGA通信，完成FPGA的功能控制完成，代码中有我自己项目的私有协议，大家可以根据自己的需求更改，当时为了完成控制FPGA的拼接融合设计的。虚拟仪器控制。

opencv入门，读取图片进行显示。图片可进行替换。(Opencv entry, read pictures to display)

一笔的触控手势识别,xml中存有比对的10种手势，dollar中是手势识别的c#源程序，它能有效的识别出一笔的触控手势，并给出对应的相似程度数值。

说明：  可以通过图片制作自己想要的东西,大家可以自己制作U盘。(You can make what you want through pictures, and you can make your own U disk.)

说明：  实现粒子滤波。包含运行模型，测量模型，重采样和归一化(Implement particle filter. Including operation model, measurement model, resampling and normalization)

This is a simple code for create window

第8届飞思卡尔摄像头组设计方案，详细的介绍了如何处理图像、识别赛道等问题。(8th Freescale camera group design, describes in detail how to handle images, identify the track and other issues.)

实现以下功能：装载信号；完成信号的单尺度一维离散小波分解；从系数中重构低频部分和高频部分；显示高频和低频部分；由小波逆变换恢复信号；多层一维分解；提取系数的低频和高频部分；重构第3层的低频系数；重构第1、2、3、4、5层的高频信号；重构原始信号并显示(Achieve the following functions: load signal complete signal single-scale one-dimensional discrete wavelet decomposition reconstructed from the coefficients in the low frequency and high frequency display high-frequency and low frequency restored by the inverse wavelet transform signal multi-layer one-dimensional decomposition extraction coefficient of low frequency and high frequency reconstruction of 3-layer low-frequency coefficients reconstruction of the first layer of high-frequency signal 1,2,3,4,5 reconstruct the original signal and display)

它介绍了一个全程构建一个童话场景的过程，非常详细，相信对OpenGL初学者是个很不错的例子，简单易懂，里面的场景非常漂亮，还有喷泉等实景(It describes a whole process of building a fairy tale scene, very detailed, I believe beginners OpenGL is a very good example, easy to understand, which the scene is very beautiful fountains, etc. Virtual)