qam仿真matlab代码-HKUST-OWL-Mixed-Mode-Co-simulation-Platform:在C.PatrickYue
qam仿真matlab代码科大OWL混合模式协同仿真平台
在C.
Patrick
Yue教授的指导下，我们为处理复杂调制信号的高频RF和mm-Wave收发器系统开发了此联合仿真平台
1.动机
传统上，在设计过程中，连续波（CW）信号用于评估和仿真RF和毫米波（mm-wave）电路，而制造电路则在测试阶段通过调制信号进行测量，因为复杂的调制信号是在现实中使用。
处理复杂的调制信号时，几乎不可能使用CW信号来预测系统性能，例如RF和毫米波电路的误差矢量幅度（EVM），误码率（BER）等。
该平台结合了Matlab，ADS，Cadence和EMX仿真器，用于处理复杂调制信号的RF和毫米波收发器系统。
MATLAB用于模拟系统的基带部分。
具有单个或多个子载波的信号可以通过具有可调参数的MATLAB代码生成。
生成的信号可以作为前端电路的输入传输到ADS或节奏上。
然后将来自ADS或节奏的仿真结果再次返回到MATLAB进行解码和解调。
可以从发送器和接收器获得时域的星座图，信号频谱和波形。
模拟器可以自动计算出PAPR，BER，EVM。
模拟器的结构和用法如下所示。
2.环境要求
MATLAB
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