▍1. huxiangguan
基于互相关分析的时延估计算法;基于互相关分析的时延估计算法(cross-correlation analysis for time delay calculation)
基于互相关分析的时延估计算法;基于互相关分析的时延估计算法(cross-correlation analysis for time delay calculation)
这是求解线性规划问题的revised simplex method的算法,需要得知原始的基和基本解(This is the revised simplex method for linear programming problem. It needs the initial basis and basic solution for input.)
给出一个求解连续混沌系统的最大Lyapunov指数的程序,经验证有很好的吻和度,并能应用的高维(超混沌)或其他混沌系统。(Solving a continuous chaotic system is given the maximum Lyapunov index procedure, proven good kiss and degrees, and can use the high-dimensional (super-chaotic), or other chaotic systems.)
根据电磁参数,介电常数实部和虚部,磁导率的实部和虚部,计算反射损耗。(calculating the reflection loss from the electromagnetic parameters)
T矩阵方法的FORTRAN环境下的程序,希望对大家有帮助!(T matrix method program FORTRAN environment, we want to help!)
姿态更新算法之一:方向余弦法,直接求解姿态矩阵微分方程(Attitude updating algorithm: direction cosine method, the direct matrix differential equation solving attitude)
完成采样空间的采样,适合于响应面,近似模型之前的采样工作,文件夹中有具体介绍(The sampling space is completed. It is suitable for the response surface and the sampling work before the approximation of the model. The folders are introduced in detail.)
comsol .mph 压电案例文件 详细说明了如何进行压电操作(comsol .mph piezo example file)
ARIMA算法的Python实现,预测时间序列数据。 附两个数据: AirPassengers UK Traffic flow(The Python implementation of the ARIMA algorithm predicts the time series data. Two data are attached. AirPassengers UK Traffic flow)
利用emd算法解决经验模式分解的一些存在的端点效应问题。 有效的解决了问题。(Using emd algorithm to solve some of the empirical mode decomposition end effects exist. Effective solution to the problem.)
利用emd算法解决经验模式分解的一些存在的端点效应问题。 有效的解决了问题。(Using emd algorithm to solve some of the empirical mode decomposition end effects exist. Effective solution to the problem.)
计算由样本矩阵X及其标签列向量label得到的csp投影矩阵 (calculate csp matrix )
用Roe格式的一阶迎风差分方法解决欧拉方程的黎曼问题(Solves the Riemann problem for the Euler equations using Roe s first-order upwind method )
用于进行电力系统的暂态稳定计算的基本算法和程序仿真(Basic algorithm and program simulation for transient stability calculation of power system)
插值法: (1)拉格朗日插值 (2)牛顿插值 (3)分段线性插值 (4)Hermite 插值 (5)样条插值(Interpolation method: (1) Lagrange Interpolation (2) Newton interpolation (3) piecewise linear interpolation (4) Hermite interpolation (5) spline interpolation)
生物反馈模拟,对米氏方程进行计算,并作出模拟图(a simulation for feedback)
通过matlab计算allan variance,较为复杂,注释详细(Matlab Allan variance, more complex, detailed notes)
我收集的老外编的椭圆拟合算法,C++实现,输入一组XY数据就能求出椭圆参数(I collected foreigner series the oval fitting algorithm, C++, achieve)