Microwave-circuit-design

使用matlab实现智能预测控制算法中的GPC算法，以阶跃、正弦等函数为例进行仿真实现(Using matlab to achieve intelligent predictive control algorithm of the GPC algorithm, to step, sinusoidal, etc. function as an example simulation)

实现mfsk的仿真 最近做的课程设计的内容 很难啊 郁闷(The realization of the simulation MFSK recent content of the curriculum design is difficult ah depressing)

频率采样法：使所设计的FIR数字滤波器的频率特性在某些离散频率点上的值准确地等于所需滤波器在这些频率点处的值，在其他频率处的特性则有较好的逼近。 (Frequency sampling method：Make the FIR digital filters designed by the frequency characteristic in some discrete frequency is equal to the value accurately in these frequency required filter in value, the characteristics of the other frequency place there is a better approximation. )

Sparse representation based classification (SRC John Wright CVPR2009) 实现(Sparse representation based classification (SRC John Wright CVPR2009)‘s codes)

IT CONTAIN THE DRIVE INDUCTION MOTOR WIYH SIMPLE CONVERTER

用于求解组稀疏的matlab代码，可以设置系数为非负。也可以设置分组是否为重叠。(This is a solver for (1) group-sparse basis pursuit model: minimize sum_i w_i*||x_{gi}||_2 subject to Ax = b, x >= 0 (optional),)

chirp信号生成，以及匹配滤波实现，卷积实现(chirp signal generation and matched filtering to achieve)

粒子群改进算法，有助于学生学习,可以在此基础上改进(Improved particle swarm algorithm to help students to learn, you can improve on this basis)

BOC调制系统，扩频序列为复合序列，系统误码率分析(BOC modulation system, the spreading sequence is a composite sequence BER Analysis)

信号的采样，量化，编码等综合，包括傅里叶变换，适合通信专业的朋友。(Signal sampling, quantization, coding ，consisting Fourier transform。)