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说明：  非常实用的工具，可以用Matlab来进行射频上船用的转换以及分析。（例如可以将S矩阵转化成Z矩阵，放大器稳定性分析……）(Very useful tool, you can use Matlab to carry out on the marine radio frequency conversion, as well as analysis. (Such as the S matrix can be transformed into Z matrix, amplifier stability analysis ... ...))

异构无线网络中随机生成宏基站与小基站场景的代码(Heterogeneous wireless networks randomly generated macro base station and the small base station scene code)

这是本人在TI DSP C6713DSK开发板上开发的DTMF实现程序，已调试通过。(This is my TI DSP C6713DSK in the development of on-board DTMF realize the development of procedures have been debug through.)

说明：  仿真Alamouti 的 BER 性能曲线（QPSK 调制）(Simulation BER of QPSK Alamouti STBC with two transmit and receive antenna)

本源码包参考英国Southampton大学Robert G. Maunder教授2008年的EXIT charts开源demo，给出了通用(分量码多项式可自定义)并行级联Turbo码的EXIT charts的作图源码。同时可完成迭代轨线、BER等值线的绘制等工作。 由于对于码块长较大的情形仿真需要较长时间，源码包也给出了部分分量码多项式的仿真结果，可直接用于绘图。 源码包还给出了最经典的S.Ten Brink介绍EXIT charts基本原理的参考文献，以及本人对通信系统中迭代译码过程分析技术综述的小论文，希望对大家有所帮助。(This source package comes after Professor Robert G. Maunder s open source demo about EXIT charts in 2008 from University Southampton, UK. It is designed for universal (constituent code generation polynomial can be customized) Parallel Concatenated Turbo Code EXIT charts. The iterative trajectories and BER contour drawing is also completed in this package. Since the long block case costs a lot of simulation time, some simulation results are included in the package. We also give the most classical introduction to the basic principles of EXIT charts from S. Ten Brink, as well as a document about analysis technologies for iterative decoding process in communication systems. Hope this will help.)

实现Polar码编码译码，SC译码，简单实用，运行速度快(Polar MATLAB include encode and decode useful and simple)

介绍伺服驱动器 让读者了解其基本结构 及需要调节的参数及功能设置 颜嘉男著(Servo motor applications technology)

自己搭建的基于转子磁链定向的异步电机间接矢量控制模型，采用带转矩内环的转速、磁链闭环控制。(vector control of IM.)

卡尔曼滤波算法在TI TMS320C6713 DSP上的实现 具有较高应用价值(Kalman filter algorithm on the TI TMS320C6713 DSP to achieve high value)

可以实现ARQ的停止等待，go-back-n，选择重传的方式，并且可实现图形界面方便实时调整仿真参数，也有利于观察和可视化。(ARQ matlab code sw,gobackn,selective repeat)