system_identify

类似matlab的c++库，可以再自己的程序中调用！(this is a C++ library for symbolic mathematical calculations. It is designed to allow the creation of integrated systems that embed symbolic manipulations together with more established areas of computer science (like computation-intense numeric applications, graphical interfaces, etc.) under one roof.)

matlab编写的数字调音台，可以实现FIR、IIR高通、低通、带通、带阻操作，实时显示波形并且能缩放。有GUI界面(matlab tiaoyintai GUI)

matlab程序求图像的梯度，获得图像的纹理信息丰富的点或边缘点、角点等。(to get the gradient of mage, the image texture information rich points or edge, corner, etc.)

利用共轭梯度法，追赶法，龙格库塔法来求解问题的源程序，适用于计算方法初学者(The source program of using conjugate gradient method, pursuit method and Runge Kutta method to solve the problem is suitable for beginners of computational methods.)

求传函的能控能观阵，以及初值的计算。程序简单易懂，旁边附有说明(Transfer function of the energy demand can watch the control and calculation of initial value)

该matlab代码实现了“综合多分支分裂式层次化聚类” (Matlab implementation of Omnibus Multi-Branching Divisive Hierarchical Clustering (OMBDHC) “A competitive omnibus performance criterion for divisive multi-branching hierarchical clustering” by Soeria-Atmadja et al. (submitted). Note that OMB-DHC package is implemented in Matlab code and therefore demands the Matlab core program, as well as the Statistics toolbox of Matlab. Divisive hierarchical clustering (DHC) has emerged as a promising alternative for the identification of sub-structures in multivariate data. Of particular interest is multi-branching DHC, which allows flexible numbers of subclusters at each hierarchical level. One poorly explored issue in multi-branching DHC concerns the actual importance of the two performance criteria (and their associated algorithms) to automatically create clusters and select number of clusters, respectively. Another interesting but hitherto unexplored issue is the possibility to employ a single omnibus performance criterion that guide)

projet 2 is very importand

二次规划源码（精通matlab最优化计算第12章）(Quadratic programming source (proficient matlab optimization calculation Chapter 12))

在matlab环境下的系统小波的电力系统谐波分析的M程序(In the matlab environment system of the wavelet power system harmonic analysis M program)

自适应数值积分算法， 自适应数值积分算法， 自适应数值积分算法，(Adaptive numerical integration algorithm, adaptive numerical integration algorithm, adaptive numerical integration algorithm,)