dct1

本程序是功率谱密度的仿真比较,关于三个信号源的具体情况参见《现代数字信号处理导论》上册，P202，习题5。 实验方法：周期图法、自相关法和协方差法。 (this procedure is the power spectral density of the simulation, 3 signal source on the specific circumstances, see the "modern digital signal processing" Introduction to the first volume, P202, Exercise 5. Experimental Methods : Chart cycle, since the correlation and covariance method.)

matlab下对pcm编码进行模拟.可以进一步帮助理解编码过程(right pcm Matlab simulation code. Can help further understanding of the encoding process)

通过matlab程序的一些简单组合我们可以在matlab中实现一些简单音乐的播放(Through a combination of a few simple matlab program in matlab we can achieve some simple music playback)

QPSK 调制解调，采用B方式 可计算误码率及画图(QPSK modulation and demodulation)

预测控制与自抗扰结合的经典文献，可参考学习，有一定启发(Predictive control and ADRC combining classic literature, reference study, a certain inspiration)

伽利略BOC(1，1)信号和GPS C/A码信号的功率谱密度的比较(Comparison of power spectral density of the Galileo BOC (1,1) signal and the GPS C/A code signal)

这是关于数学物理不适定问题正则化解算法的Matlab源程序(This is on the ill-posed problems of mathematical physics is the source Matlab algorithm to resolve)

C-C法求相空间重构的延迟时间,内有详细说明方法，(CC method for phase space reconstruction delay time, with detailed description of methods,)

惯导仿真部分模块化，标准化，分为IMU模块，初始对准模块，SINS解算模块，SINS性能评价模块，SINS解算的输出为地理坐标系内速度、经纬高、姿态角,运行INS_perforEva.m可以得到惯导仿真结果。(INS simulation part modular, standardized, divided IMU module, the initial alignment module, SINS solver module, SINS performance uation module, SINS solver output within the geographic coordinate system speed, high latitude, attitude angle, running INS_perforEva. m INS simulation results can be obtained.)

关于潮流计算的一些源程序同时是有关matlab优化的源程序(Some source of power flow calculation is also optimized for matlab source code)