资源列表
MATLAB
- 简单的平面波、柱面波和球面波程序，以及动画演示(Simple plane wave cylindrical wave spherical wave program and animation)
经典二回路
- 林德福书上，过载驾驶仪设计方法，先运行m文件，可以得到幅值裕度相位裕度，然后运行simulink文件，得到系统阶跃响应(In Lin Defu's book, the overload driver's design method is to run the m file first, and get the amplitude margin and phase margin. Then run the Simulink file to get the step response of the
Entropy_measures
- 熵值计算的matlab 程序包括样本熵，近似熵，条件熵等(Matlab program for entropy calculation Including sample entropy ,approximate entropy,conditional entropy and so on.)
deconvolution
- 时域解卷积的有关算法，med,mckd meda ,omeda,momeda等(The relevant algorithms for time domain deconvolution, Med, MCKD MEDA, omeda, momeda and so on)
基于遗传算法的人工势场法
- 将遗传算法与人工势场法结合，通过筛选，确定最佳参数(Combining the genetic algorithm with the artificial potential field method, the optimum parameters are determined by screening.)
opt
- 四种不同的算法：AdaGrad、Adam、momentumGrad、RMSProp算法来解决优化问题：min f=1/2*||Ax-b||_2+u*||x||_1(Four different algorithms: AdaGrad, Adam, momentumGrad, and RMSProp algorithms to solve the optimization problem: Min f=1/2*||Ax-b||_2+u*||x||_1)
VRP算法下载
- 通过多种不同算法，对车辆路径规划问题进行求解，使用matlab编程(Through a variety of different algorithms, the problem of vehicle path planning is solved and MATLAB programming is used.)
B-spline
- 给定控制点，生成节点和B样条基函数，绘制非均匀三次B样条曲线(Given control points, generating nodes and B spline basis functions, drawing non-uniform three times B spline curves)
RK45
- 变步长四阶龙格库塔法，可自己控制误差精度，可用于变参微分方程组，亲测可用(variable-step runge-kutta)
基于并联自适应随机共振的微弱信号检测方法
- 实现信号的随机共振处理,包括matlab代码的实现(introduce the procedding of signal)
反算NURBS曲线插值控制点并计算NURBS插值曲线
- 对于给定的数个离散数据点，使用3次NURBS（非均匀有理B样条曲线）进行插值拟合。该算法程序能够反算出NURBS曲线控制点并绘制经过给定离散点的插值曲线。(For a given number of discrete data points, the 3 NURBS (nonuniform rational B spline curve) is used for interpolation fitting. The algorithm can calculate the control poin
som神经网络
- 一个神经网络接收外界输入模式时，将会分为不同的对应区域，各区域对输入模式有不同的响应特征，而这个过程是自动完成的。其特点与人脑的自组织特性类似。SOM的目标是用低维（通常是二维或三维）目标空间的点来表示高维空间中的所有点，尽可能地保持点间的距离和邻近关系（拓扑关系）。(When a neural network receives external input mode, it will be divided into different corresponding regions. Each r