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将图像提取gist向量，然后计算各向量之间的欧氏距离，进行比较。(Extracted gist vector image, and then calculate the Euclidean distance between vectors, for comparison.)

MATLAB优化工具箱的，有效解决线性规划、非线性规划、整数规划的有效工具(Optimal toolbox of matlab)

自适应LMS算法。由于我要使用，所以将信源信号及加澡后的信源信号保存起来。方便在FPGA设计里使用。(Adaptive LMS algorithm. Because I would like to use, so the source signal and add a noise after the shower saved the source signal. Designed to use in the FPGA.)

matlab语言编写，学生体育锻炼分析系统—GUI版本(Physical Training of Students)

清华大学王书宁老师凸优化课程原对偶内点法求解二次规划问题(code using primal dual interior point method to solve the problem of quadratic programming in convex optimization class by Shuning Wang, Tsinghua univ.)

利用DCT域进行扩频水印的嵌入,含实验图像，和各种经典的攻击方式。可选择嵌入强度和攻击强度。利用Matlab编写(DCT domain using spread-spectrum watermark embedding, with the experimental images, and various classical attacks. The option embedded in the strength and intensity of attacks. Prepared using Matlab)

说明：  智力游戏 十全十美的MATLAB程序解决方法，效率还是不错的(Puzzle MATLAB program perfect solution, the efficiency is still good)

GSC广义旁瓣对消，四路不同方向入射信号，上支路八阵元，下支路根据阻塞矩阵不同自适应调节七、三、一个权。(GSC generalized sidelobe canceller, four paths in different directions, and eight branches on the upper branch. The lower branch adaptively regulates seven, three, and one weight according to the blocking matrix.)

有于matlab三位图像重构，用于多张图像的重构。(Matlab three image reconstruction for the reconstruction of multiple images.)

介绍了数字通信中的QPSK调制解调的原理，通过用Matlab编写脚本程序对QPSK通信系统的发射和接收过程的具体实现进行模拟仿真，绘出信号在理想信道和加噪信道中模拟传输时的时域图，并对各模块进行了频谱分析，所得到的结果与理论基本相符，对于理解QPSK系统的性能并在系统的实际应用上作进一步的设计，提供了有效的参考依据(The introduction was done with the principle of the QPSK modulation and demodulation in digital communications, a script was written by using Matlab program to carry out a simulation of the QPSK communication system ,which contains the concrete realization of transmit and receive process. The time-domain diagram is drew separately when the signal transmits in the ideal channel and in the channel with noise, spectral analysis of each module is also done, the results obtained with theoretical results in the main, which provides an effective frame of reference for understanding the performance of QPSK systems, and the practical application in the system to make further designed.)