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李国勇 编著 北京，电子工业出版社 自动控制技术应用丛书 2005 这本书上的例题的源代码(Edited by Li Yong Beijing, Publishing House of Electronics Industry Series 2005 automatic control technology applications on the book' s example source code)

求解微分方程，这个压缩包里包括了：1. 欧拉公式2. 休恩公式3.四阶龙格-库塔公式三种方法(matlab)

decoder of 2*2 mimo system.

用周期循环检测算法检测： 首先运行a.m程序，通过此程序运算得出循环频率a值； 再运行zhouqi.m程序，对a值进行确定，通过周期循环算法对信号进行检测； (With cycle detection algorithm to detect: First run am program, through this program computing a value obtained cyclic frequency zhouqi.m then run the program, for a value determined by the cycle algorithm of signal detection )

triangular-signal empirical mode decomposition with samples

传输矩阵法计算光子晶体的的透射率的程序，运行环境是matlab软件，比较好用。(Transfer matrix method photonic crystal transmittance of the program, the operating environment is matlab software, relatively easy to use.)

说明：  如题，层次分析法的matlab程序 方便实用，尤其是针对不太熟悉matlab程序设计的人(err)

Matlab中erf(x)函数的表达式是怎样的，erf(x)与标准正态分布函数之间的关系是怎样的，怎样自己编制一个计算标准正态分布函数数值近似值的函数，如何利用matlab自带的erf(x)函数包近似计算标准正态分布函数的值，数值计算值与用erf(x)转化求得的值之间的相对误差是怎样的。(将中文译成英语 Matlab, erf (x) function expression is what, erf (x) the standard normal distribution function and the relationship between what and how to prepare their own calculation of the standard normal distribution function a value function approximation, how to use matlab comes with erf (x) function package approximate standard normal distribution function values??, numerical values ??and with erf (x) between the values ??obtained into the relative error is like. )

CoMP 技术是LTE-A 的关键技术之一，能 够显著的提高小区吞吐量和边缘用户速率。文章 首先阐述了CoMP 的技术优势；随后介绍了 CoMP 的技术原理，系统模型以及传输方案等方 面的内容；最后总结CoMP 技术面临的机遇和挑 战。(CoMP technology is one of the key technologies for LTE-A, can significantly increase the rate of cell throughput and edge user. This paper described the technical advantages of CoMP subsequently introduced of CoMP technology principle, the system model and transmission scheme aspects concluded the opportunities and challenges faced by the CoMP technology.)

二维波动方程的有限差分法，与解析解进行了误差比对(Finite difference method for two-dimensional wave equation)