C#just in time 激或的COM+应用

几个常用的优化算法的C程序和MATLAB代码，D F P变尺度法子程序，Powell法子程序，黄金分割法子程序，进退法子程序，外点惩罚函数法子程序等。(Several commonly used optimization algorithm of C procedures and MATLAB code, DFP variable metric method procedures, Powell method procedures, golden section method procedures, advance and retreat method procedures, outside the points penalty function method procedures.)

三相异步电机矢量控制，双闭环，基于TI例程改编(AC-motor control svpwm)

说明：  梯次利用锂离子电池电化学阻抗模型及特性参数(Echelon use model and characteristics of electrochemical impedance parameters of lithium ion battery analysis)

资源描述自己写得源代码，仅供参考，这是用C#完成的关于登录页面设计的源代码，初步学习而完成的

说明：  实现在线监测数控机床的振动信号，并存入计算机数据库内(Realize online monitoring of vibration signals of CNC machine tools and store them in computer database)

MemDC防止屏幕闪烁的好方法，如不使用内存DC在画图，显示时会闪烁。(memdc redraw dc)

说明：  MATLAB中Simulink 的方向阻抗继电器的电路仿真，设置不同的过渡电阻进行仿真(Circuit simulation of Simulink directional impedance relay in MATLAB, setting different transition resistors for simulation)

在WIN32中，每一个线程都对应着一个消息队列。由于一个线程可以产生数个窗口，所以并不是每个窗 口都对应着一个消息队列。下列几句话应该作为"定理"被记住： "定理" 一 所有产生给某个窗口的消息，都先由创建这个窗口的线程处理； "定理" 二 Windows屏幕上的每一个控件都是一个窗口，有对应的窗口函数。消息的发送通常有两种方式，一是SendMessage，一是PostMessage(In WIN32, each thread corresponds to a message queue. Since a thread can have several windows, so not every window corresponds to a message queue. The following words should be a " theorem" to be remembered: " Theorem" all produce a message to a window, all threads initially create the window treatment " Theorem" Two Windows on the screen is a control for each window, there is the corresponding window function. Messages sent are usually two ways, first, SendMessage, PostMessage first)

说明：  通过crol去驱动单片机执行流水灯操作的c文件(The operation of the entry-level pipelining lamp, by calling crol in the library function to perform pipelining operation)

卷积码的实现，c比matlab快很多。Script for computing the BER for BPSK modulation in AWGN with Hard and Soft decision Viterbi decoding with traceback(discuss a simple binary convolutional coding scheme at the transmitter and the associated Viterbi (maximum likelihood) decoding scheme at the receiver.)