1-Smooth-affine-shear-

使用邻域平均法、中值滤波法、K邻近平均法进行平滑。 利用Roberts梯度法、Sobel算子和拉普拉斯算子进行锐化，并比较结果。 (smooth and sharpen)

（1）对选定二阶电路图进行仿真，得到仿真的输入、输出数据； （2）建立二阶系统函数，用模拟的方法求解其响应，并用matlab平台求出响应波形； （3）对数据进行拟合； （4）对拟合的结果进行误差分析 ((1) on the selected second order circuit diagram of the simulation to obtain a simulation of the input and output data (2) the establishment of the second order system function, solving the response by the simulation method, and was determined using matlab platform response waveform data (3) be fitted (4) the results of the fitting error analysis)

used for image processing in matlab

ABC算法的源码找来逐行做了中文注释，并以优化SVM参数为例，进行学习。(ABC algorithm source code got to do a progressive Chinese comments, and to optimize the SVM parameters, for example, to learn.)

基于元胞自动机的沙堆模拟程序，写得非常好。。(Cellular automation-- sand pile program.)

说明：  基于radon变换的SR-CT断层重建程序，matlab编写(Radon transform based on the SR-CT tomography reconstruction procedures, matlab prepared)

the simulation provides computation of target reflectivity data in the deficient elevation domain. Simulations are implemented to test the decoupled least-squares technique for high resolutionspectral estimation of target reflectivity.all seven (7)files should be downloaded for the simulation to work.(dls3D.m,estimate.m,get2S1Data.m,getConstraints.m, getImageData.m,getPixelData.m, getSLICYData.m)

说明：  详细给定了模糊PSO模型算法，可以用于matlab工具箱(PSO Fuzzy Modeler for MATLAB)

2. 要求： ① 收集资料，全面分析课题，分解问题，形成整体编程思路； ② 深入分析各个小问题，编写各部分程序模块； ③ 对于设计中用到的关键函数，要联系问题进行具体介绍； ④ 上机调试，确保程序能正确运行； ⑤ 完成设计报告，并进行答辩。(2. Requirements: ① the collection of information, a comprehensive analysis of topics, decomposition problem, the formation of the overall programming ideas ②-depth analysis of various minor problems, the preparation of the various parts of program modules ③ used for the design of the key function, it is necessary to link the issue of details ④ debugging on the machine to ensure that procedures are functioning correctly ⑤ complete the design report and to respond.)

沿著軌道運動的紅點，画一个红点让其沿着所画图形开始运动(Along the orbital motion of the red dot)