Intercell_coordination

A SIMPLE BUT USFUL 2D FDTD MATLAB CODE4(USFUL 2D FDTD MATLAB CODE4)

惯性导航和GPS实现组合导航算法，应用卡尔曼滤波实现(navigation kalman filter)

BCH(15,5,7)a communication system consists of binary source, 3 error-correcting BCH code of length 15 over GF(24) (i.e, BCH (15,5,7 code), the primitive polynomial is p(x)=1+x+x4), BPSK modulator, AWGN channel, coherent demodulator, decoder (either BMA or EA could be utilized to solve the error locator polynomial) and sink. Simulate and draw its error performance with and without BCH coding, together with the theoretical no-coding curve, i.e. two BER-EbNo curves.(a communication system consists of binary source, 3 error-correcting BCH code of length 15 over GF(24) (i.e, BCH (15,5,7 code), the primitive polynomial is p(x)=1+x+x4), BPSK modulator, AWGN channel, coherent demodulator, decoder (either BMA or EA could be utilized to solve the error locator polynomial) and sink. Simulate and draw its error performance with and without BCH coding, together with the theoretical no-coding curve, i.e. two BER-EbNo curves. )

基于Matlab/simulink 同步电机三相短路故障暂态过程仿真分析(Based on Matlab/simulink synchronous motor three phase short circuit fault Transient Simulation Analysis)

MIMO瑞丽信道,8x8，输出信号的同时输出每条信道的频率特性(MIMO Rui Lixin Road, 8x8, the output signal while the output frequency characteristics of each channel)

matlab 语音识别系统，深圳大学的语音识别(matlab speech recognition)

说明：  通过多目标优化算法计算了多决策的全局最优值。而且包含解码程序。(Through multi-objective optimization algorithm for calculating a number of global optimal values of decision-making. And decoding procedures contain.)

说明：  3G网络WCDMA,基于matlab的仿真应用，以及CDMA通信系统的仿真(3G networks WCDMA, matlab-based simulation applications and simulation of CDMA communication systems)

通常通过网络分析仪测量信道响应，但网络分析仪的输出为S4P，而信道仿真采用时域冲击响应。本程序将S4P转化为时域冲击响应。(Usually channel response is measured by network analyzer. However the output of network analyzer is S4P and channel simulation use impulse response in time domain. This program converts S4P to impulse response.)

Newton-Raphson method for all real roots of the polynomial