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MATLAB SOURCE CODE FOR ASSOCIATION RULE MIMING AND ANT COLONY

本文在介绍MIMO无线通信系统模型的基础上，通过对比分析几种常用空时编码方法，选定空时分组码对信号进行编码并建立瑞利衰落信道模型，通过对两发一收及两发两收系统的仿真，研究接收天线数对系统接收信号可靠性的影响。之后进一步扩展到不同发射矩阵条件下研究多发一收系统的频谱利用率及误符号率，分析不同天线数目，不同发射矩阵条件下空时正交分组码检测算法的性能。(This paper introduced the MIMO wireless communication system model, through the comparative analysis of several commonly used method of space-time coding, grouping code for the selected space-time signal is encoded and establish Rayleigh fading channel model, through two rounds one and two rounds of closing Simulation of two closed systems, research receiving antennas to receive signals affect the reliability of the system. After further extended to study the conditions under different emission matrix of multiple spectral efficiency and symbol error rate of a closed system, analyze the different number of antennas, the performance under different emission matrix orthogonal space-time block codes condition detection algorithm.)

电子工业出版社的matlab 7辅助控制系统设计与仿真原代码(Electronic Industry Publishing House of Matlab 7 auxiliary control system design and simulation of the original code)

说明：  这是一个基于蚁群智能算法的组播QOS路由问题程序代码。(This is a multicast QoS problem based on AC.)

该程序是由matlab程序编写的，可实现机器人的反演控制的仿真分析。(The program is written by matlab program, enabling simulation of robot control inversion.)

mie散射计算程序，该程序编写了mie散射参数求解函数，并且分函数功能模块编写，做了详细的注释说明。(mie scatting)

IEEE14节点进行牛顿拉弗逊法计算电力系统潮流计算(IEEE14 node calculates Newtonian Raphson method for power flow calculation)

SMI(协方差矩阵求逆)算法是波束合成常用的算法。(SMI (covariance matrix inversion) algorithm is commonly used synthetic beamforming algorithms.)

分别实现了对连续的标签和随机生成的标签的帧时隙算法的对比，通过比较标签的应答和响应次数来得出结果。帧的选择是通过一个随机数来实现的(, Respectively, for the realization of the labels and the labels randomly generated frame slot comparison algorithm, by comparing the tags in response to the number of responses and results. The choice of frame is a random number to achieve the)

matlab的参考书 对于基本语法的使用很详细，很实用，特别是对于通信行业者(matlab reference books for the use of the basic syntax is very detailed, very practical, especially for the communications industry who)