一维热传导方程

本程序实现求一个给定数列的最长单调递增子序列的长度和其中的一个序列(The program seeking to achieve a given series of the longest monotone increasing subsequence of length and one sequence)

最小二乘算法分享下，希望对大家能够有所帮助(Least-squares algorithm to share, it is hoped to be able to help everyone)

the first code:Approximate Genetic Algorithm second code:Genetic Algorithm (GA) third code:Response Surface Methodology for Design of a PD Controller for Tanker Ship Heading Regulation forth code:optimization problem for genetic algorithms fifth code: Torczons multidirectional search algorithm

根据高等转子动力学内容，编程计算转子-轴系固有扭振频率代码，每一步均配有相应的注释说明。(According to the higher rotor dynamic content, programming calculation of rotor shafting torsional vibration inherent frequency code, each step with the corresponding notes.)

这是一个运用矢量控制方法实现异步电机调速的matlab模型，可以输出理想波形，绝对正确。(This is an asynchronous motor speed regulation using vector control method of matlab model, can output the ideal waveform, absolutely right. )

无参数功率谱估计，基于matlab编程语言(Non-parametric power spectrum estimation, based on the matlab programming language)

matlab关于自适应最优核程序,主要用于时域与频域的分析和计算(AOK in the matlab)

STM32制作的MP3的全部资料，包括面积、周长、矩形度、伸长度，最大信噪比的独立分量分析算法。( STM32 all the information produced by the MP3, Including the area, perimeter, rectangular, elongation, SNR largest independent component analysis algorithm.)

（1） 熟悉连续信号经理想采样前后的频谱变化关系，加深对时域采样定理的理解． （2） 熟悉时域离散系统的时域特性 （3） 利用卷积方法观察分析系统的时域特性． （4） 掌握序列傅立叶变换的计算机实现方法，利用序列的傅立叶变换对连续信号，离散信号及系统响应进行频域分析． ((1) familiar with the continuous signal to the manager before and after the sampling of the spectrum changes relations and deepen the time-domain sampling theorem understanding. (2) familiar with the time-domain system discrete time-domain (3) using deconvolution method of analysis in time domain characteristics. (4) master sequence Fourier Transform computer, using the Fourier transform sequence of continuous signals, Discrete signal system response and frequency domain analysis.)

为带通滤波器，需设置半阶数、高低截止频率和采样频率。保存为function函数的m文件。rar中为一肌电信号。(For band-pass filter, to be set up semi-order, high and low cutoff frequency and sampling frequency. Save it as a function of m file function. rar for a EMG.)