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单相lcl滤波逆变器并网电网电流及电容电流双闭环仿真电路图(Single-phase inverter grid lcl filter grid current and capacitive current dual-loop simulation circuit)

发电机励磁系统仿真，双闭环类型的，并带有交流励磁机。。(Generator excitation system simulation, the dual closed-loop type with AC exciter. .)

说明：  Zigzag和iZigzag的程序及改进的Zigzag和iZigzag的程序。后者可以大幅提高运算效率(Zigzag and iZigzag procedures and improved Zigzag and iZigzag procedures. The latter can substantially increase the computing efficiency)

说明：  

目标是揭示视频中难以或不可能用肉眼看到的时间变化，并以指示性的方式显示它们。称为欧拉视频放大，以一个标准的视频序列作为输入，并应用空间分解，然后对帧进行时间滤波。然后放大产生的信号，以揭示隐藏的信息。(The goal is to reveal time changes that are difficult or impossible to see with the naked eye and to display them in an indicative manner.)

2 54X硬件系统-2.pdf DSP软件开发(two 54X hardware system-http://www.ilo.org/public/english/standards/relm/gb/docs/gb279/pdf/gb-2.pdf DSP software development)

PWM同步，ADC模块对电流信号进行采样，在DSP发送PWM脉冲时，给出一个同步信号，经过一定的可编程延时时间后，启动ADC的转换(PWM synchronization, ADC module on the current signal sample, in the DSP to send PWM pulse, give a synchronous signal, after a programmable delay time, start ADC conversion)

产生16QAM信号，用平方根升余弦滤波器进行脉冲整形，平方根升余弦滤波器产生16-QAM波形波形，画出眼图(16QAM signal of pulse shaping by square root raised cosine filter, the square root raised cosine filter to generate 16-QAM waveform waveform, draw the eye)

基于MATLAB的HOPFIELD字母识别算法！！ 可以识别形状不全的字母(MATLAB-based recognition algorithm HOPFIELD letters! ! Failure to identify the shape of the letters)

MIMO指多输入多输出，MIMO技术大致可以分为两类：发射/接收分集和空间复用。传统的多天线被用来增加分集度从而克服信道衰落，具有相同信息的信号通过不同的路径被发送出去，在接收机端可以获得数据符号多个独立衰落的复制品，从而获得更高的接收可靠性。这种技术往往要结合多天线技术，而多天线技术在移动通信中得到了广泛的研究。(MIMO refers to Multiple Input Multiple Output, MIMO technology can be broadly classified into two categories: transmit/receive diversity and spatial multiplexing. Traditional multi-antenna was used to increase the degree of diversity to overcome channel fading, the signal with the same information through different paths have been sent in the receiver-side data symbols can be multiple independent copies of the decline, which was higher reception reliability. This technology often have to combine multi-antenna technology, and multi-antenna technology in mobile communication has been widely studied.)