BODE

基于matlab编制的newmark结构动力分析(Matlab prepared based on the Newmark Structural Dynamic Analysis)

电压空间矢量发生器程序，用于三相全桥电路的脉宽调制技术，属于电力电子与电力传动学科范围。(Voltage space vector generator procedure for three-phase full-bridge pulse-width modulation circuit technology, power electronics and power belong to discipline the scope of transmission.)

Attentional strategies for dynamically focusing on multiple predators/prey

t-copula 小程序，很是实用哦。。。。。(t-copula small programs, it is practical Oh. . . . .)

求解过程中，由于几何模型发生变化而导致区域网格改变时会出现几何结构的连续性问题。本章中，我们举两个例子——流道中由于不同尺寸孔板引起额外压力损失问题是稳态几何连续性的一个例子。从概念来看，这个问题与第5章贝纳尔问题中通过Rayleigh数进行的变量连续性没什么不同。第二个例子是液体中悬浮的乳胶颗粒的干膜。在这个问题中，考虑了两个移动前缘；一个通过坐标变换，另一个通过光滑界面模型。该技术对于之前模拟该问题采用的移动弱项方法有所改进。(Solving process, due to geometry changes and the continuity of the geometric structure of the regional grid changes. In this chapter, we give two examples- the flow channel due to the different size orifice caused by the additional pressure loss is an example of the steady-state geometric continuity. Variable continuity standpoint, this issue in Chapter 5 Bernal Rayleigh number is no different. The second example is a dry film of the latex particles suspended in the liquid. In this problem, consider the two move the leading edge a coordinate transformation, and the other by the smooth interface model. The technology used before to simulate the mobile weaknesses improvements.)

Article about Estimating Optimal Tracking FIlter

这是电力系统相关的一个课程设计，运用的编程语句相对比较简单、易懂。适合对Matlab不是很熟练的学子(This is a curriculum-related power system design, the use of programming statements is relatively simple, understandable. Suitable for Matlab is not very skilled students)

说明：  一个matlab编写的简单程序，显示了自适应的独立分量分析，适合初学者。(A matlab simple procedure, showing the adaptive independent component analysis, is suitable for beginners. )

说明：  小世界网络路径求法，以及聚集度的求法，开发环境是matlab(small world)

雷达系统仿真MATLAB程序，包含回波信号模拟产生、脉压、积累；对初学者认识雷达系统有很大帮助。(MATLAB program of Radar system simulation,including the echo signal production, pulse compression and accumulation It has great help for understanding of radar systems.)