PPT-MATLAB-intelligent-algorithms

THis is transceiver system simulation to display ber vs SNR. TRansceiver is about BER comparison between LMS-RLS and MLSE receiver to invers the rayleigh fading channel. The content of system is modulation, pilot adder, awgn and rayleigh fading channel, pilot removal and channel estimation and equalization by 3 method (LMS-MLSE-RLS) and demodulation.

使用改进的Nyquist脉冲实现OFDM信号的PAPR抑制(Nyquist pulse PAPR)

利用粒子群算法对直线阵的权系数进行优化，这里只是对相位进行加权，但是程序有很好的宽展功能(Using particle swarm algorithm of linear arrays of the weight coefficient is optimized )

Sphere of MATLAB algorithms(球体之演Sphere of MATLAB algorithms算法的MATLAB)

state estimation for navigation system

说明：  本程序实现角点检测的功能，有实例可供大家参考。(This program functions for angle detection, there are examples for your reference.)

Matlab编写的自适应线谱增强算法（ALE）(An adptive line enhancer code written with matlab)

TPami上的Principal Component Analysis Based on L1-Norm Maximization的源代码，我是向作者要的。(source code of Principal Component Analysis Based on L1-Norm Maximization)

本书详细介绍了基于近场测试数据的逆散射问题的相关知识及其具体应用，这是近场问题的一个很好的例子，在人们都关注高频远场问题的背景下，提出近场的问题，对于计算电磁学的发展很有启发意义，我们的工程实际中，除了高频远场的应用外，低频近场也占有很大的份额，基于进场的反演是一个新兴的课题，需要我们共同去研究！(Book introduced in detail based on near field test data of the inverse scattering problem related knowledge and its practical application, this is a very good example of near field problems, people are concerned about the background of far field problem of a high frequency in the, near field is proposed, for the development of electromagnetism calculation is instructive. In the actual engineering, in addition to the high-frequency far field of application, low frequency near-field also occupies a large share of, based on the inversion approach is a new and developing subject, we go to study!)

本程序是自适应核分布时频分布的演示程序，可以对信号进行时频分析，主程序matlab开发，核心算法是c++语言的。(This procedure is the adaptive time-frequency distribution of nuclear distribution of the demo program can be time-frequency signal analysis, matlab main program development, the core algorithm is c++ Language.)