bzrclient

C#在窗口的状态栏中添加一个带图标的文字标签，看上去更美观了，虽然简单，但以后再写一些程序的时候说不定能用上。

说明：  resonant converter for matlab appliccation

使用 C++在画布上实现城市的雨夜动态效果图。(Realizing the Dynamic Effect Map of Rain Night in the City)

说明：  卡尔曼滤波及其全书，包括了各种改进后的卡尔曼滤波模型。(Kalman filter and its whole book include various improved kalman filter models.)

说明：  中断例程 ，适合2019年电设，有备无患，单片机型号位 MSP4305529，可直接下载使用。(Interruption routine, suitable for 2019 electrical installations, ready for trouble, single-chip model bit MSP4305529, can be downloaded and used directly.)

说明：  三相异步电机经典的分步参数辨识MATLAB仿真模型，实现对定子电阻、转子电阻、漏感和互感的辨识。(The classical step-by-step parameter identification MATLAB simulation model of three-phase asynchronous motor can identify stator resistance, rotor resistance, leakage inductance and mutual inductance.)

HHT主要内容包含两部分，第一部分为经验模态分解（Empirical Mode Decomposition，简称EMD），它是由Huang提出的；第二部分为Hilbert谱分析（Hilbert Spectrum Analysis，简称HSA）。简单说来，HHT处理非平稳信号的基本过程是：首先利用EMD方法将给定的信号分解为若干固有模态函数（以Intrinsic Mode Function或IMF表示，也称作本征模态函数），这些IMF是满足一定条件的分量；然后，对每一个IMF进行Hilbert变换，得到相应的Hilbert谱，即将每个IMF表示在联合的时频域中；最后，汇总所有IMF的Hilbert谱就会得到原始信号的Hilbert谱。(The main content of HHT includes two parts. The first part is Empirical Mode Decomposition (EMD), which was proposed by Huang, and the second part is Hilbert Spectrum Analysis (HSA). Simply speaking, the basic process of HHT processing non-stationary signals is: firstly, the given signal is decomposed into several intrinsic mode functions (represented by Intrinsic Mode Function or IMF, also known as intrinsic mode functions), which are components satisfying certain conditions; secondly, Hilbert transform is applied to each IMF. The corresponding Hilbert spectrum is obtained, that is, each IMF is represented in the joint time-frequency domain; finally, the Hilbert spectrum of the original signal is obtained by summing up the Hilbert spectrum of all IMFs.)

基于simulink的pid和预测控制器设计仿真-And projections based on simulink of pid controller design and simulation

pic, micro step servo motor control..

实现STM32F030/051对LED的驱动(Implementing STM32F030/051 drivers for LED)