mychat1

EMDKfordotNET.chm说明书(EMDK for dot NET.chm)

说明：  六相电压源逆变器PWM技术，在simulink中搭建了六相电压源逆变器PWM控制器(PWM technology of six phase voltage source inverter)

好用的,系统辨识中,递推最小二乘估计RLS是辨识模型阶次的一个重要的算法,(Easy-to-use, system identification, the recursive least squares estimate RLS times of order identification model is an important part of the algorithm,)

能对已有的单词数据库进行查询，修改，实现双向翻译，并能够进行模糊查询(Word on the existing database can be queried, modified, two-way translation, and be able to carry out fuzzy query)

使用matlab搭建了一个直流稳压电源的模型，两级式，前级不控整流，后级升降压(A model of DC regulated power supply is built by using matlab. It is two-stage, with uncontrolled rectifier at the front stage and step-up and step-down at the back stage.)

说明：  电力系统IEEE118节点算例，部分算例包含风电机组(Power system IEEE118 node calculation examples, some examples include wind turbines)

说明：  描述一个卡尔曼滤波问题需要两个模型，一个是描述系统的状态方程，一个是观测方程，观测量通过观测方程与状态变量建立联系，由观测量估计状态值。与其他频域滤波器不同，卡尔曼滤波器不需要观测和估计的历史记录，可以直接在时域进行设计和使用，是一个时域滤波器，适用于处理实时数据。 对于一个运动模型，建立卡尔曼滤波模型，进行仿真，设已知初始时刻运动目标的真实位置和速度，并已知卡尔曼滤波使用的初始状态值，对该问题给出仿真；进一步分析该问题的稳态卡尔曼解，直接使用稳态卡尔曼滤波（滤波器）仿真该问题。 提供了Matlab源代码，代码中有注释和画图，非常详细。(For a motion model, the kalman filter model is established for simulation. The real position and velocity of the moving target at the initial moment are known, and the initial state value used by the kalman filter is known. The steady-state kalman solution of the problem is further analyzed and the problem is directly simulated by steady-state kalman filter (filter). Matlab source code is provided, the code has comments and drawings, very detailed.)

对聊天系统干兴趣软件开发者，有参考价值。-right Chat system stem interested software developers, reference value.

SkinForm is a component to help you make non-rectangle and skinable form, just like the popular applications such as WinAMP, WPlay

此程序用于画混沌系统的相图及其庞加莱截面，使用时只需要写出相应的混沌微分方程，便可画出相应的图。(This procedure for drawing the phase diagram of chaotic systems and its Poincare section, when used only need to write the corresponding chaotic differential equations, will be able to draw the corresponding graph.)