biDCDC

码分多址(CDMA)技术作为第三代移动通信系统的核心技术，具有容量大、抗干扰能力强等优点。然而,传统的CDMA系统属于窄带扩频系统,它的数据速率比较低,不能胜任新一代移动通信系统 （beyond 3G）高速数据通信的需要。而多载波传输技术－正交频分复用（OFDM），作为后三代移动通信的核心技术，则具有高数据速率传输的特点。(Code Division Multiple Access (CDMA) technology as the third generation mobile communication system' s core technology, high capacity, anti-interference ability and so on. However, the traditional narrow-band CDMA system is spread spectrum system, and its relatively low data rate, can not do next-generation mobile communication systems (beyond 3G) high speed data communication needs. The multi-carrier transmission technology- orthogonal frequency division multiplexing (OFDM), after three generations of mobile communications as a core technology, the high data rate transmission characteristics.)

这是一个基于高阶统计量的盲信号分离算法，便于大家参考。(This is a higher-order statistics based on blind signal separation algorithms for easy reference.)

用MATLAB程序实现了QPSK以及OQPSK的调制(Realize the QPSK and OQPSK modulation)

Support vector machine is a machine learning method that is widely used for data analyzing and pattern recognizing. The algorithm was invented by Vladimir Vapnik and the current standard incarnation was proposed by Corinna Cortes and Vladimir Vapnik. This application note is to helping understand the concept of support vector machine and how to build a simple support vector machine using Matlab

可以进行经验模式分解的matlabd源程序(Empirical mode decomposition can be the source matlabd)

Projective Geometry Cyclic code, n=21, k=10 Majority Logic Decoding BPSK BER simulation

WENO SCHEME WITH RELATIVE LIMITERS FOR EULER EQUATIONS

this cluster file provides a matlab code to implement erosion and dilation operators of an image.

说明：  This file contains the codes for M/G/1 queueing with simulation results..

模拟10kV配电网小电阻接地系统高阻接地故障的仿真模型，可测量各出线的零序电压、零序电流(The simulation model of the high resistance grounding fault of the small resistance grounding system of the 10kV distribution network is simulated, and the zero sequence voltage and zero sequence current of each outlet can be measured)