TSP_G

非线型因素分析matlab仿真程序包，非常好用(non-linear analysis Matlab simulation package, a very handy)

由我自己建立的Matlab2012b无人机飞行控制系统模型，并与SIMULINK的Stateflow工具在一起，实现了飞行控制，由Stateflow提供了控制策略，由SIMULINK构建了无人机模型的被控对象，并结合PID控制，实现全过程的监控(Matlab2012b UAV flight control system model created by my own, and with the simulink in Stateflow tools together to form one of its flight, a control model provides control policy consists stateflow, UAV model built by the simulink as a controlled object, combined with PID control and monitoring of the whole process of realization)

信息系统的盲目删除属性约简算法，采用matlab实现(Information system blindly delete attribute reduction algorithm implementation using matlab)

vca algo for hyperspectral

energy leach a new version

february series code

SOR迭代法与高斯赛德尔迭代在洋流分析中的应用(Two iterative method in the analysis of the application of the ocean currents )

美国莱斯大学压缩感知稀疏学习工具箱，能把信号进行稀疏表示，进而实现远低于奈奎斯特抽样速率的压缩感知(Rice University study Toolbox sparse compressed sensing, sparse representation of the signal can, thus achieving much lower than the Nyquist sampling rate of the compressed sensing)

Demo:演示程序（注意图像路径） ShearletCoef: 系数计算程序 mybeta: 伪极坐标 Fourier 变换（文件名是暂时的用法） phi0,psi0,psid: 低高频图像点阵显示（myu,myv用于理论分析，不被 Demo 调用） psiStock: FPsi1(2)_x（有编号）: shearlet 函数类 bump: 钟形光滑函数 ramp: 斜升光滑函数（即旧版中的 smooth） 新版比旧版提高了框架函数的连续性——对角方向上的生成函数进行了连续化。算法设计上， 伪极坐标 Fourier 变换被独立出来。(Demo: demo program (note the image path) ShearletCoef: coefficient calculation procedure mybeta: pseudo-Polar Fourier transform (the file name is temporary usage) phi0, psi0, psid: low frequency image dot matrix display (myu, myv for theoretical analysis not to be invoked Demo) psiStock: FPsi1 (2) _x (numbered): shearlet function classes bump: bell smooth function ramp: ramp smooth functions (ie legacy of smooth) than the old version of the framework to improve the continuity of functions- diagonal direction of the generating function were continuous. Algorithm design, pseudo-Polar Fourier transform is independent.)

说明：  A new technique of free-space simulation has been developed for solving unbounded electromagnetic problems with the finite-difference time-domain method.