draw bayes 2D

智能天线技术的核心是自适应波束的形成，本文首先根据波束形成技术的不同，介绍了三大类自适应算法，基于来波方向的波束形成，基于参考信号的波束形成和基于信号结构特性的盲自适应算法，着重分析了基于参考信号的波束形成算法，并给出了数字波束形成的基本模型。(mart antenna technology is the core of the formation of adaptive beamforming, the paper first of all, according to the different beam-forming technology, introduced the three main types of adaptive algorithms, the DOA-based beamforming, based on the reference signal and the beam-forming characteristics based on the signal structure blind adaptive algorithm, focusing on analysis of the reference signal based on the beamforming algorithm, and digital beamforming are given the basic model.)

说明：  验证滤波器传输函数的相位偏移，主要是分析高通滤波器和低通滤波器(Validation phase shift filter transfer function, primarily an analysis of high-pass filter and low pass filter)

层次分析法的自动实现算法基于matlab，代码如文件(Automatic algorithm based on the Analytic Hierarchy Process matlab, code such as file)

这是本人在学习过程中总结的matlabbode图的绘制技巧，希望对大家有用(This is summarized in the learning process, I the matlabbode map drawing skills, and hope to be useful)

用来实现纠错码中的仿真程序,调试过,确实是可以用的,包括仿真模型,(Used to implement the simulation program of error correcting code, debugging, is, indeed, can be used, including the simulation model,)

有很多技术用来处理高 PAPR OFDM 系统中。一个有效的例子就是部分传输序列。QPSK 调制 64 子带 OFDM 系统对其进行模拟。此外，这种 100000 的 OFDM 符号.mat 文件是由栅剪裁，pts 和 slm 技术的 ofdm 信号 available.papr 减少。

1) To work with MATLAB code, all the mfiles must be located in the same directory. 2) Adjusting the value of paprameters is done trough Paper_Papra. 3) Two mfiles are considered for simulation one of the for evluating the iterative algorithm : Paper_OneRun,     and the othe, Paper_loop, for sweeping over different parameters 4) The sweeping parameter can be set in Paper_loop 5) All mfiles are fully commented and easily to understand

说明：  用于求解高速球轴承的非线性方程组，输入主程序，用fsolve，可以直接解出来(Nonlinear equations used to solve high-speed ball bearings, input the main program, with fsolve, can be solved directly.)

说明：  光伏并网逆变器仿真，包括直接功率控制和svpwm控制（基于PI）(Photovoltaic grid-connected inverter simulation, including direct power control and SVPWM control (based on PI))

This project is under Digital image processing. The project helps us to identify the smoke present in the images, the source code is written by matlab scripting.