登录
首页 » matlab » Simulations_for_ofdm_Systems-Design

Simulations_for_ofdm_Systems-Design

于 2021-03-30 发布 文件大小:213KB
0 304
下载积分: 1 下载次数: 998
我要下载

代码说明：

  此仿真程序是目前论坛里面最完整的仿真源码，并且经本人调试运行，完全没有错误，有很高的研究价值。为各位搞仿真和做OFDM系统相关论文的研究生，而没有全面仿真程序的人提供本程序。此程序包含52个仿真模块，可以仿真出52个仿真图。(This simulation program is the forum inside the most complete source of emulation and debugging, as I run, there is no error, has high research value. For you to do engage in OFDM system simulation and related post-graduate theses, and no comprehensive simulation program provide the program. This program contains 52 simulation module can be a simulation simulation Figure 52.)

文件列表：

Simulations for ofdm Systems Design
...................................\addnoise.m
...................................\array.fig
...................................\array.m
...................................\Barker_ambig.m
...................................\burn_thru.m
...................................\Capped_WedgeTM.m
...................................\Capped_Wedge_GUI.fig
...................................\Capped_Wedge_GUI.m
...................................\casestudy1_1.m
...................................\circular_array.m
...................................\circ_array.m
...................................\clutterrcsgui.m
...................................\clutter_rcs.m
...................................\clutter_rcs_gui.fig
...................................\clutter_rcs_gui.m
...................................\cylinder.m
...................................\cylinderi.m
...................................\cylinderRCS_fig.mat
...................................\dbesselh.m
...................................\dbesselj.m
...................................\dbessely.m
...................................\DielCappedWedgeTMFields_Ls.m
...................................\DielCappedWedgeTMFields_PW.m
...................................\double_canceler.m
...................................\example11_1.m
...................................\factor.m
...................................\fig10_8.m
...................................\fig11_18a.m
...................................\fig12_12-13.m
...................................\fig1_12.m
...................................\fig1_13.m
...................................\fig1_16.m
...................................\fig1_19.m
...................................\fig1_21.m
...................................\fig1_23.m
...................................\fig1_27.m
...................................\fig1_28.m
...................................\fig2_10.m
...................................\fig2_11ab.m
...................................\fig2_12.m
...................................\fig2_13.m
...................................\fig2_14.m
...................................\fig2_16.m
...................................\fig2_2.m
...................................\fig2_21.m
...................................\Fig2_3.m
...................................\fig2_6a.m
...................................\fig2_6b.m
...................................\Fig2_7.m
...................................\Fig2_8.m
...................................\fig2_9.m
...................................\fig3_17.m
...................................\fig3_7.m
...................................\fig3_8.m
...................................\fig3_8a.m
...................................\fig3_8_v1.m
...................................\Fig4_2.m
...................................\fig4_4.m
...................................\fig4_5.m
...................................\Fig4_6.m
...................................\fig4_8.m
...................................\fig5_14.m
...................................\fig5_3.m
...................................\fig710.m
...................................\fig7_10.m
...................................\fig7_10a.m
...................................\fig7_10b.m
...................................\fig7_10c.m
...................................\fig7_11.m
...................................\fig7_9.m
...................................\fig8_5.m
...................................\fig8_53.m
...................................\fig8_7.m
...................................\fig9_20.m
...................................\fig9_21.m
...................................\fig9_27.m
...................................\fig9_28.m
...................................\figs13.m
...................................\fluct_loss.m
...................................\fresnelc.m
...................................\fresnels.m
...................................\fxdwght.m
...................................\ghk_tracker.m
...................................\hrr_profile.m
...................................\improv_fac.m
...................................\incomplete_gamma.m
...................................\initialize.m
...................................\kalfilt.m
...................................\kalm.m
...................................\kalman_filter.m
...................................\kalman_gui.fig
...................................\kalman_gui.m
...................................\LFM.m
...................................\lfm_ambg.m
...................................\LFM_gui.fig
...................................\LFM_gui.m
...................................\linear_array.m
...................................\linear_array_gui.fig
...................................\linear_array_gui.m

下载说明：请别用迅雷下载，失败请重下，重下不扣分！

发表评论

0 个回复

  • ImageprocessingwithMATLAB6.5
    关于用MATLAB6.5进行图像处理的书籍，适合初学者，内有代码(Image processing with MATLAB6.5 on the books, for beginners, there are code)
    2010-10-29 15:13:21下载
    积分：1
  • rcs_rect_plate
    雷达截面积————————矩形平板的后向散射RCS( backscatter RCS of Rectangular plate )
    2011-05-10 17:59:37下载
    积分：1
  • fsk1
    这个是用ＭＡＴＬＡＢ中的ＳＩＭＵＬＩＮＫ编的ＦＳＫ调制１(This is the MATLAB SIMULINK addendum to the FSK modulation 1)
    2007-04-16 09:37:27下载
    积分：1
  • OFDM
    OFDM过程的代码，简单实用，包括梳状导频和块状导频( the code of OFDM process, simple and practical，Including comb pilot and block pilot)
    2014-11-19 11:48:44下载
    积分：1
  • adaptfilt
    自适应滤波程序 (Adaptive filtering procedure)
    2009-03-17 19:21:15下载
    积分：1
  • cic
    在信号处理中，信号发射时，信号通过载波，调制，以电磁波的形式发射出来 在接收端，射频信号通过天线接收，超外差式等方式进行处理，变频到中频 然后通过数字技术对中频信号进行处理，此时的中频信号采样率很高，多达几十兆赫 而要解调出来的信号很小，此时就要经过滤波来得到我们需要的信号 如果直接设计滤波器，阶数会非常庞大，软件，硬件设备都承受不了 因此，一般常用的技术是进行下变频处理，其主要技术就是通过抽取滤波进行下变频 常用的滤波器就是CIC抽取, 希望可以帮助一些坛友解决基本的问题。 (In signal processing, signal emission, signal through the carrier, in the form of electromagnetic wave modulation, launched In the receiver, rf signals through the antenna, specialized superheterodyne type means such as processing, the frequency conversion to intermediate frequency Then through digital technology of intermediate frequency signal processing, at this time of intermediate frequency signal sampling rate is very high, as many as several decades MHZ But the signal demodulation out is very small, at this time would be passing filter to get what we need signal If design directly filter, order number be colossal, software, hardware equipment all suffer Therefore, the technology is usually used for down-transducer processing, its main technical is by extracting filtering down-transducer Commonly used filter is CIC extraction, the hope can help some friends solve basic problems of the altar.)
    2011-01-16 21:57:08下载
    积分：1
  • source-code
    一个含有源码的harris、SUSAN、hough角点检测程序，是MATLAB程序，经测试已经成功。(One containing the source harris corner detection procedures, the application has been compiled, the test has been successful.)
    2014-08-25 16:28:50下载
    积分：1
  • readeeg
    脑电信号的读入和判读脑电信号的读入和判读脑电信号的读入和判读脑电信号的读入和判读脑电信号的读入和判读(EEG read and interpret EEG read and interpret EEG read and interpret EEG read and interpret EEG reads and interpretation)
    2014-11-18 20:59:46下载
    积分：1
  • DYDtFraLiu
    用于求解分数阶混沌系统的有效程序，对学习分数阶动力学系统的同学非常有帮助。(Effective procedure for solving fractional order chaotic systems，Kinetics of fractional order system in study students are very helpful.)
    2016-03-09 21:43:29下载
    积分：1
  • HighPrecisionFloat
    Very often I see people asking for a tool that offers more than 16 digits or so of accuracy. MATLAB itself only allows you to use doubles or singles in standard arithmetic, so that is the normal limit. The fact is, most of the time, if you can t do it with a double, you are doing something wrong. Good practices of numerical analysis are worth far more than any high precision tool. Even so, there are times when you will have a use for a bit of extra precision. And some of you will just want to play in the huge number sandbox. While some of you may use tools like that written by Ben Barrowes, HPF is written purely in MATLAB, so no compiles are needed. For all of you, whatever your reasons, I offer HPF, a High Precision Floating point tool.
    2013-01-22 13:52:39下载
    积分：1
  • 696516资源总数
  • 106454会员总数
  • 1今日下载

热门标签

Visual C++ matlab C/C++ Java Others Unix_Linux EasyLanguage易语言 Visual Basic C# PDF C++ Delphi VHDL ASP WINDOWS
热门下载

Copyright© 2019-2026 | Powered by Imdn | 浙ICP备16007336号 | IMDN交流 | 联系客服（QQ：3324461878）

本网站资源收集自网络及网站用户上传，若有侵权请邮件至（3324461878@qq.com），核实后我们会在24小时内删除，谢谢！