Adaptive-CoDE

主要绘制了牛顿环的光强分布图，光强可在透射与反射箭转换。(The main draw of the Newton ring of light intensity distribution, light intensity can be converted in the transmission and anti-archery.)

a band pass signal through an ideal BPF x(t) =[1+cos(pi*t/T)]*cos(2pi*fc*t)

Our toolbox currently contains implementations of robust methods for location and scale estimation, covariance estimation (FAST-MCD), regression (FAST- LTS, MCD-regression), principal component analysis (RAPCA, ROBPCA), princi- pal component regression (RPCR), partial least squares (RSIMPLS) and classi¯ cation (RDA). Only a few of these methods will be highlighted in this paper. The toolbox also provides many graphical tools to detect and classify the outliers. The use of these features will be explained and demonstrated through the analysis of some real data sets.

内点法对非凸非线性规划的解法，求得最优化的解。(Interior point method for solution of non-convex nonlinear programming, to achieve optimum solution.)

Dynamic Matrix Control Tutorial Dynamic Matrix Control (DMC) was the first Model Predictive Control (MPC) algorithm introduced in early 1980s. Nowadays, DMC is available in almost all commercial industrial distributed control systems and process simulation software packages. This tutorial intends to explain the features of DMC using the dmc function developed by the author.

说明：  1、主要是产生0，1，2，3，阶贝赛尔函数图形。 2、产生线性调频信号和它的的频谱图。 3、产生单个脉冲的三维模糊图以及对应的等值图。 4、它是程序3的嵌套子程序，用于产生单个脉冲。 5、用于产生高斯和瑞利分布函数。 (These programs can produce 1、Bessel graph；2、LFM signal and its amplitude spectrum；3、ambiguous graph 4、Gaussian and Rayleigh function. )

ARMASA 代码工具箱，可以方便地计算信号的AR/ARMA等系数，应用效果较好( DEMO_ARMASA demonstration of some ARMASA toolbox features DEMO_ARMASA is a program script that can be invoked from the command prompt to perform a signal analysis experiment, showing general use of several main ARMASA functions.)

数学建模算法介绍以及在Matlab上的实现(Mathematical modeling algorithm implementation in Matlab on)

用动画分别展示出3种不同波形的传播方式。分别有：1.单色平面波；2.双色平面波叠加；3.两个球面波相干叠加。(This file show the animinations of three different waves, which includes: 1.monochromatic plane wave 2.superposition of two monochromatic plane waves 3.the coherence of two spheric waves.)

structural similarity index