K-means-and-Perceptron

利用时域有限差分（FDTD）仿真一维（1D）电磁波的传播，根据Dennis Sullivan FDTD书中一维TM波程序，改写的Matlab程序 (Finite difference time domain (FDTD) simulation of one-dimensional (1D) propagation of electromagnetic waves, according to Dennis Sullivan FDTD book one-dimensional TM wave program, rewrite the Matlab program)

维纳滤波法的语言增强算法，可用于毕业设计的，不要错过哦(weiner viose enhancement)

声音信号的处理以及重新编译，其中包含完整的code以及lab report(UNDERSTAND SIMULATION SOFTWARE OF MATLAB TO PLOT SIGNALS)

多载波系统中的交调失真，输入信号是频率在11Hz和 14Hz的双音带通信号。(Multicarrier system intermodulation distortion, the input signal is frequency 11Hz and 14Hz dual tape communication number.)

说明：  Induction machine model

信号去噪的基本步骤： （1）信号的小波分解； （2）小波分解高频系数的阈值量化； （3）信号的小波重构。使用分解的低频系数以及阈值量化后的高频系数进行小波重构。 (The basic steps of signal denoising:( 1) of the wavelet decomposition of signals ( 2) the high frequency coefficients of wavelet decomposition threshold quantization ( 3) the signal wavelet reconstruction. Using the decomposition of the low frequency coefficient and threshold quantization the high-frequency coefficient after wavelet reconstruction.)

泰勒级数展开算法是需要初始估计位置的递归算法，在每一次的递归中通过求解TDOA测量误差的局部最小二乘来改进估计的位置。 本程序基于MATLAB，对泰勒级数展开算法进行了仿真。初始位置的选取很重要，建议和其他简单的算法进行协同，对信号源位置进行定位。 希望对研究信号源定位的同志有所帮助。(Taylor series expansion algorithm is the need to estimate the location of the initial recursive algorithm, in every recursive TDOA measurement error by solving the partial least squares to improve the position estimate. The program is based on MATLAB, the Taylor series expansion algorithm for the simulation. The selection of the initial position is very important, the proposed algorithm and other simple coordination, to locate the signal source location. Want to locate the source of research help comrades.)

ali is assigned tasks for matlab

Example unix asembler programm

网络分析法(ANP)作为一种决策过程，它提供了一种表示决策因素测度的基本方法。这种方法采用相对标度的形式，并充分利用了人的经验和判断力。在递阶层次结构下，它根据所规定的相对标度—比例标度，依靠决策者的判断，对同一层次有关元素的相对重要性进行两两比较，并按层次从上到下合成方案对于决策目标的测度。(As an decision-making process, Network Analysis (ANP) provides a basic method for measuring the measurement of decision factors.This approach takes the form of a relative scale and takes full advantage of human experience and judgment.Under the hierarchical structure of the hierarchy, it relies on the relative scale of the scale-scale scale, and relies on the judgment of the decision makers to compare the relative importance of the elements of the same level in pairs, and to synthesize the scheme from top to bottom according to the hierarchy.)