This thesis is divided into two parts: The first part is how to conjecture the impedance and objective functions by real frequency method. The second part is solving the functions by using genetic algorithms (GA).
本论文由两大部分组成：第一部分是如何用实频率法来求匹配的无源网络的策动点阻抗函数：第二部分是用遗传算法来优化由实频率法得到的目标函数。
参考来源 - 遗传算法在天线匹配网络设计中的应用·2,447,543篇论文数据，部分数据来源于NoteExpress
Based on this model and the experimental real frequency characteristics, a method for solving the transfer function with computer is given.
根据这种数学模型及实验实频特性，给出了电子计算机求解传递函数的方法；
And it presents a efficacious method to enhance precision of real time control, which changes value of clock interrupt frequency by changing divided frequency of system tinier.
同时给出了一种提高实时控制精度的有效方法，即通过改写系统定时器的分频值达到改变定时器时钟中断频率的值。
The method consists of real-time estimation of signal frequency, synchronous tracking of sampling frequency and error correction of harmonic coefficients.
该方法包括信号频率实时估计、采样频率同步跟踪和谐波系数误差校正几个要素。
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