Problem1

代码为实现了信道CLARKE模型的仿真代码(Code for the implementation of channel simulation code CLARKE)

通信中应用的16QAM的仿真 在AWGN信道下的仿真 误码率等(Communication 16QAM application of simulation in the AWGN channel bit error rate simulation)

Matlab 金融分析与金融数据处理(Matlab financial analysis and financial digit calculate)

MIMO系统天线选择算法及结果 内有基本系统构成与天线选择算法(MIMO system antenna selection algorithm and results within the basic system structure and antenna selection algorithms)

实现一维二维灰度直方图图像分割的matlab实现源代码。(Realization of a two- dimensional histogram image segmentation matlab source code.)

matlab implementation of peak findeing

用matlab制作风频玫瑰图，使用时仅需改变相应数据，可运行。(Wind frequency roses with matlab production)

把激光陀螺捷联惯导系统和GNSS接收机固联于实验车实验仓中，接收机天线固联在实验车实验仓上方，车载计算机实时接收和采集惯导系统、卫星导航接收机的原始数据，在郊外开阔公路进行车载实验。 通过matlab编程实现卫星导航伪距单点定位、INS/GPS松组合导航的全过程。 1）卫星导航单点定位测速：利用采集得到的接收机时间、伪距、多普勒频移数据，要求进行单点定位、测速解算，输出接收机的位置、速度随时间的变化曲线，并给出位置、速度误差曲线； 2）松组合导航：结合惯导解算和卫星接收机单点定位测速，要求采用Kalman滤波器实现惯导/卫星位置、速度组合导航解算，滤波器维数至少包括惯导的位置、速度、姿态角9维。将组合导航后的姿态角与纯惯导的姿态角进行对比分析，给出位置、速度误差曲线。(The laser gyro strapdown inertial navigation system and GNSS receiver are fixed in the experimental compartment of the experimental vehicle. The antenna of the receiver is fixed above the experimental compartment of the experimental vehicle. The on-board computer receives and collects the original data of the inertial navigation system and satellite navigation receiver in real time, and carries out on-board experiments on the suburban open highway.)

说明：  用于一阶时滞系统的辨识，共有切线法与两点法的程序。经过测试，效果较好，适用于学习系统辨识的初学者。(First-order delay system for identification, a total tangent method and the two law procedures. Tested the effect is good for beginners to learn the system identification.)

资料中包含的matlab代码是谱分析中周期图法的估计的详细代码，使用于学习周期图的同学使用(Data contained in spectral analysis matlab code periodogram estimation method detailed in the code used in the learning cycle diagram of the students to use)