timing_recovery

1、熟悉掌握线型表的基本操作在两种存储结构上的实现的，其中以各种链表的操作和应用作为重点。 2、利用顺序存储结构模拟此过程，按照出列的顺序输出各个数的编号。 (1, familiarity with the basic operation of linear form in the two kinds of storage structure on the realization, in which various lists of the operation and application of focus. 2, using sequential storage structure simulation of this process, in accordance with a different number of columns in the order of the output number.)

Hinfinity Controller Design

基于matlab的量子粒子群算法源代码，用于函数优化，供参考(Matlab quantum particle swarm algorithm source code for function optimization, for reference)

这是基于IHMPT（积分高阶匹配相位变换）方法的多分量三阶相位多项式信号（即立方相位信号）参数估计算法程序包，包含了相关的6个子函数、测试程序以及参考文献等。可以实现对各分量的幅度、各阶相位系数的精确估计。具有广泛的应用，如雷达成像中回波信号具有多阶相位多项式的形式。(This is a matlab code package for an algorithm of estimating parameters of Multicomponent 3-order Polynomial phase signal (Cubic-PPS). The algorithm is based on IHMPT(Integrated High-order Matched Phase Transform). The code package include relevant functions,test codes and reference paper. An accurate estimation of the amplitude and phase coefficients of each order can be obtained by this package. It has a wide application,e.g., the echo signal of radar has the form of PPS. )

tai lieu ve mo phong ofdm

一个DLA程序的源代码，运行的还可以，供大家参考学习。(A the DLA program' s source code, running for everyone to learn.)

ofdm仿真精例！很多实例分析。用到的可以下载用之。(ofdm simulation precision cases! Analysis of many examples. Used can be downloaded using the.)

example of matlab code

目前已经提出了许多不同的算法来解决OFDM 系统中的PAPR 问题，本章详 细介绍了其中的限幅法、压缩扩张法、星座图扩展法、选择性映射法和部分传输 序列法。在介绍每一种算法时，针对其主要存在的问题进行了相应的改进，使每 一种算法都成为比较实用的算法。(Has put forward a number of different algorithms to solve the problem PAPR OFDM system, this chapter details Fine describes one of the limiting, compression expansion method, constellation expansion method, selective mapping method and partial transmission Sequence method. In introducing each algorithm, for which the main problem for the corresponding improvements, so that each An algorithm have become more practical algorithms.)

主要描述了matlab中拟合与插值的方法，用插值法来应对实验数据不足的情况。(the code is mainly about the interpolation and fitting.If you don t have enough interpolation, you can use it.)