Q1t

神经计算的实验作业。用principle components analysis计算模式的主分量。提取线性输入的特征。(Neural computing experiment operations. Computing model using principle components analysis of the principal component)

一个自己用到的用matlab编写的fdtd源程序，感觉还可以。里面的参数没有设置，可以自己根据需要设置。(Used with its own written fdtd matlab source, feeling okay. Inside the parameter is not set up my own according to their needs.)

本代码是全通系统和最小相位系统的零极点和幅频和相频的响应(The code is all-pass system and the minimum phase zero poles and frequency and phase frequency response)

Modeling crack growth in a traditional finite element framework is a challenging engineering task. Originally the finite element framework was modified to accommodate the discontinuities that are caused by phenomena such as cracks, inclusions and voids. The finite element framework is not well suited for modeling crack growth because the domain of interest is defined by the mesh. At each increment of crack growth, at least the domain surrounding the crack tip must be remeshed such that the updated crack geometry is accurately represented.

北航13系适航班课程设计，小扰动线化下的飞机响应，自己改一下需要的参数就行，有不同速度下的，可供参考(13 Department of Northern appropriate curriculum design aircraft flight response, the line of small perturbations under their own parameters to change it on the line, there is, for reference different speeds)

直流微网继电保护策略实现S-function的M文件，主保护为母线直流差动保护，基于小波分解的高频故障电流保护，后备保护为过电流保护，针对系统为2进2出的微网，只需将电流值输入，其中第一个输入变量为开关，为保护算法控制开始/关闭。(The relay protection strategy of DC microgrid realizes the M file of S-function. The main protection is busbar DC differential protection. The high frequency fault current protection based on wavelet decomposition and the backup protection is overcurrent protection. For the microgrid with 2 in and 2 out of the system, only the current value is input. The first input variable is switch, which starts/closes for the control of the protection algorithm.)

控制系统中，系统建模。关于状态空间模型建立，然后通过零极点配置控制程序(Control systems, system modeling. On the state space model, and then zero-pole placement control program)

Yen 算法求解最短路径 附加测试代码 例程(Yen shortest path algorithm)

使用simulink对锂电池进行建模，电池的参数随SOC的变化而变化，精度很高(Simulink modeling of lithium batteries, battery parameters change with the changes in the SOC, high precision)

一个有关GMSK基带调制和实现的MATLAB程序，自己编写的，请高手指教！ (on a GMSK baseband modulation and realization of the MATLAB program, the preparation of their own, experts advise.)