doa3c

原始肌肉电信号实现加噪声，频谱分析，积分肌电值求解(Muscle to achieve the original signal plus noise, spectral analysis, solving the integral EMG)

Real world problems often present multiple, frequently conflicting, objectives. The research for optimal solutions of multi-objective problems can be achieved through means of genetic algorithms, which are inspired by the natural process of evolution: an initial population of solutions is randomly generated, then pairs of solutions are selected and combined in order to create new solutions slightly different the initial solutions. The fittest solutions are kept in the population and are used to generate new solutions

可以计算两端固定的平面梁的挠度，当划分的单元越多时，梁的挠度值逐渐趋于稳定 (Can calculate the plane beam fixed at both ends of the deflection, when the division of the more units for some time, beam deflection gradually stabilized)

这是一个牛顿插值的例子。输入差值点，计算4次牛顿插值函数值。(This is an example of Newton interpolation. Enter the difference points to calculate the value of 4 Newton interpolation function.)

解耦控制要求下的极点配置Matlab算法(Decoupling control requirements under the pole placement Matlab algorithm)

Genetic Algorithm using matlab

求zernike矩 通过使用matlab的矩阵操作计算一幅图像阶为6重复度为6的zernike矩。(Find zernike matlab matrix operations through the use of an image calculated degree of order 6 Repeat zernike moments 6.)

有限元几何非线性算例程序(FEM MATLAB Code for Geometrical Nonlinear Analysis)

高通滤波器的构建。在频域对信号进行高通滤波(High-pass filter constructed. High-pass filtering the signal in the frequency domain)

频率调制和解调 频率调制是将消息信号的积分作为相位，也就是用消息信号去调制频率 ( Of the frequency modulation and demodulation frequency modulation is the integral of a signal of the message as the phase, that is, with the message signal to the modulation frequency)