登录
首页 » matlab » multidomainradar

multidomainradar

于 2017-07-14 发布 文件大小:2865KB
0 91
下载积分: 1 下载次数: 3
我要下载

代码说明：

  Multidomaine radar simulation using matlab

文件列表：

multidomainradar\cobradane.JPG
multidomainradar\IC1.jpg
multidomainradar\max2641.s2p
multidomainradar\mywaveform.m
multidomainradar\RadarSystemLevel.slx
multidomainradar\RadarSystemLevel_2.slx
multidomainradar\RadarSystemLevel_3.slx
multidomainradar\RF_FrontEnd.mat
multidomainradar\RF_FrontEnd.slx
multidomainradar\RF_FrontEnd.slx.r2012b
multidomainradar\RF_FrontEnd_final.slx
multidomainradar\RxBoard1.jpg
multidomainradar\satellite.jpg
multidomainradar\slprj\_sfprj\RadarSystemLevel\_self\sfun\info\binfo.mat
multidomainradar\slprj\_sfprj\RadarSystemLevel\_self\sfun\info\chart1_TALwfQ4FodntUEM3DYoMIE.mat
multidomainradar\slprj\_sfprj\RadarSystemLevel\_self\sfun\info\chart2_fXhTP1fwSD8svUorgyR8LF.mat
multidomainradar\slprj\_sfprj\RadarSystemLevel\_self\sfun\info\chart3_8AWSVyQYIb2ZDMiOfMLQkF.mat
multidomainradar\slprj\_sfprj\RadarSystemLevel\_self\sfun\src\c1_RadarSystemLevel.c
multidomainradar\slprj\_sfprj\RadarSystemLevel\_self\sfun\src\c1_RadarSystemLevel.h
multidomainradar\slprj\_sfprj\RadarSystemLevel\_self\sfun\src\c1_RadarSystemLevel.obj
multidomainradar\slprj\_sfprj\RadarSystemLevel\_self\sfun\src\c2_RadarSystemLevel.c
multidomainradar\slprj\_sfprj\RadarSystemLevel\_self\sfun\src\c2_RadarSystemLevel.h
multidomainradar\slprj\_sfprj\RadarSystemLevel\_self\sfun\src\c2_RadarSystemLevel.obj
multidomainradar\slprj\_sfprj\RadarSystemLevel\_self\sfun\src\c3_RadarSystemLevel.c
multidomainradar\slprj\_sfprj\RadarSystemLevel\_self\sfun\src\c3_RadarSystemLevel.h
multidomainradar\slprj\_sfprj\RadarSystemLevel\_self\sfun\src\c3_RadarSystemLevel.obj
multidomainradar\slprj\_sfprj\RadarSystemLevel\_self\sfun\src\multiword_types.h
multidomainradar\slprj\_sfprj\RadarSystemLevel\_self\sfun\src\RadarSystemLevel_sfun.bat
multidomainradar\slprj\_sfprj\RadarSystemLevel\_self\sfun\src\RadarSystemLevel_sfun.c
multidomainradar\slprj\_sfprj\RadarSystemLevel\_self\sfun\src\RadarSystemLevel_sfun.exp
multidomainradar\slprj\_sfprj\RadarSystemLevel\_self\sfun\src\RadarSystemLevel_sfun.h
multidomainradar\slprj\_sfprj\RadarSystemLevel\_self\sfun\src\RadarSystemLevel_sfun.lib
multidomainradar\slprj\_sfprj\RadarSystemLevel\_self\sfun\src\RadarSystemLevel_sfun.mak
multidomainradar\slprj\_sfprj\RadarSystemLevel\_self\sfun\src\RadarSystemLevel_sfun.map
multidomainradar\slprj\_sfprj\RadarSystemLevel\_self\sfun\src\RadarSystemLevel_sfun.mexw64.manifest
multidomainradar\slprj\_sfprj\RadarSystemLevel\_self\sfun\src\RadarSystemLevel_sfun.mol
multidomainradar\slprj\_sfprj\RadarSystemLevel\_self\sfun\src\RadarSystemLevel_sfun.obj
multidomainradar\slprj\_sfprj\RadarSystemLevel\_self\sfun\src\RadarSystemLevel_sfun_debug_macros.h
multidomainradar\slprj\_sfprj\RadarSystemLevel\_self\sfun\src\RadarSystemLevel_sfun_registry.c
multidomainradar\slprj\_sfprj\RadarSystemLevel\_self\sfun\src\RadarSystemLevel_sfun_registry.obj
multidomainradar\slprj\_sfprj\RadarSystemLevel\_self\sfun\src\rtwtypes.h
multidomainradar\slprj\_sfprj\RadarSystemLevel\_self\sfun\src\rtwtypeschksum.mat
multidomainradar\slprj\_sfprj\RadarSystemLevel_2\_self\sfun\info\binfo.mat
multidomainradar\slprj\_sfprj\RadarSystemLevel_2\_self\sfun\info\chart1_ZR5tr7wvvYLTKmUFIqh1QF.mat
multidomainradar\slprj\_sfprj\RadarSystemLevel_2\_self\sfun\info\chart2_6EutYW10g3X8MSa35Q42DF.mat
multidomainradar\slprj\_sfprj\RadarSystemLevel_2\_self\sfun\info\chart3_ZyLjUOOBtoM7TsZJtTsVL.mat
multidomainradar\slprj\_sfprj\RadarSystemLevel_2\_self\sfun\src\c1_RadarSystemLevel_2.c
multidomainradar\slprj\_sfprj\RadarSystemLevel_2\_self\sfun\src\c1_RadarSystemLevel_2.h
multidomainradar\slprj\_sfprj\RadarSystemLevel_2\_self\sfun\src\c1_RadarSystemLevel_2.obj
multidomainradar\slprj\_sfprj\RadarSystemLevel_2\_self\sfun\src\c2_RadarSystemLevel_2.c
multidomainradar\slprj\_sfprj\RadarSystemLevel_2\_self\sfun\src\c2_RadarSystemLevel_2.h
multidomainradar\slprj\_sfprj\RadarSystemLevel_2\_self\sfun\src\c2_RadarSystemLevel_2.obj
multidomainradar\slprj\_sfprj\RadarSystemLevel_2\_self\sfun\src\c3_RadarSystemLevel_2.c
multidomainradar\slprj\_sfprj\RadarSystemLevel_2\_self\sfun\src\c3_RadarSystemLevel_2.h
multidomainradar\slprj\_sfprj\RadarSystemLevel_2\_self\sfun\src\c3_RadarSystemLevel_2.obj
multidomainradar\slprj\_sfprj\RadarSystemLevel_2\_self\sfun\src\RadarSystemLevel_2_sfun.bat
multidomainradar\slprj\_sfprj\RadarSystemLevel_2\_self\sfun\src\RadarSystemLevel_2_sfun.c
multidomainradar\slprj\_sfprj\RadarSystemLevel_2\_self\sfun\src\RadarSystemLevel_2_sfun.exp
multidomainradar\slprj\_sfprj\RadarSystemLevel_2\_self\sfun\src\RadarSystemLevel_2_sfun.h
multidomainradar\slprj\_sfprj\RadarSystemLevel_2\_self\sfun\src\RadarSystemLevel_2_sfun.lib
multidomainradar\slprj\_sfprj\RadarSystemLevel_2\_self\sfun\src\RadarSystemLevel_2_sfun.mak
multidomainradar\slprj\_sfprj\RadarSystemLevel_2\_self\sfun\src\RadarSystemLevel_2_sfun.map
multidomainradar\slprj\_sfprj\RadarSystemLevel_2\_self\sfun\src\RadarSystemLevel_2_sfun.mexw64.manifest
multidomainradar\slprj\_sfprj\RadarSystemLevel_2\_self\sfun\src\RadarSystemLevel_2_sfun.mol
multidomainradar\slprj\_sfprj\RadarSystemLevel_2\_self\sfun\src\RadarSystemLevel_2_sfun.obj
multidomainradar\slprj\_sfprj\RadarSystemLevel_2\_self\sfun\src\RadarSystemLevel_2_sfun_debug_macros.h
multidomainradar\slprj\_sfprj\RadarSystemLevel_2\_self\sfun\src\RadarSystemLevel_2_sfun_registry.c
multidomainradar\slprj\_sfprj\RadarSystemLevel_2\_self\sfun\src\RadarSystemLevel_2_sfun_registry.obj
multidomainradar\slprj\_sfprj\RadarSystemLevel_2\_self\sfun\src\rtwtypes.h
multidomainradar\slprj\_sfprj\RadarSystemLevel_2\_self\sfun\src\rtwtypeschksum.mat
multidomainradar\slprj\_sfprj\RadarSystemLevel_3\_self\sfun\info\binfo.mat
multidomainradar\slprj\_sfprj\RadarSystemLevel_3\_self\sfun\info\chart1_ZR5tr7wvvYLTKmUFIqh1QF.mat
multidomainradar\slprj\_sfprj\RadarSystemLevel_3\_self\sfun\info\chart2_6EutYW10g3X8MSa35Q42DF.mat
multidomainradar\slprj\_sfprj\RadarSystemLevel_3\_self\sfun\info\chart3_ZyLjUOOBtoM7TsZJtTsVL.mat
multidomainradar\slprj\_sfprj\RadarSystemLevel_3\_self\sfun\src\c1_RadarSystemLevel_3.c
multidomainradar\slprj\_sfprj\RadarSystemLevel_3\_self\sfun\src\c1_RadarSystemLevel_3.h
multidomainradar\slprj\_sfprj\RadarSystemLevel_3\_self\sfun\src\c1_RadarSystemLevel_3.obj
multidomainradar\slprj\_sfprj\RadarSystemLevel_3\_self\sfun\src\c2_RadarSystemLevel_3.c
multidomainradar\slprj\_sfprj\RadarSystemLevel_3\_self\sfun\src\c2_RadarSystemLevel_3.h
multidomainradar\slprj\_sfprj\RadarSystemLevel_3\_self\sfun\src\c2_RadarSystemLevel_3.obj
multidomainradar\slprj\_sfprj\RadarSystemLevel_3\_self\sfun\src\c3_RadarSystemLevel_3.c
multidomainradar\slprj\_sfprj\RadarSystemLevel_3\_self\sfun\src\c3_RadarSystemLevel_3.h
multidomainradar\slprj\_sfprj\RadarSystemLevel_3\_self\sfun\src\c3_RadarSystemLevel_3.obj
multidomainradar\slprj\_sfprj\RadarSystemLevel_3\_self\sfun\src\RadarSystemLevel_3_sfun.bat
multidomainradar\slprj\_sfprj\RadarSystemLevel_3\_self\sfun\src\RadarSystemLevel_3_sfun.c
multidomainradar\slprj\_sfprj\RadarSystemLevel_3\_self\sfun\src\RadarSystemLevel_3_sfun.exp
multidomainradar\slprj\_sfprj\RadarSystemLevel_3\_self\sfun\src\RadarSystemLevel_3_sfun.h
multidomainradar\slprj\_sfprj\RadarSystemLevel_3\_self\sfun\src\RadarSystemLevel_3_sfun.lib
multidomainradar\slprj\_sfprj\RadarSystemLevel_3\_self\sfun\src\RadarSystemLevel_3_sfun.mak
multidomainradar\slprj\_sfprj\RadarSystemLevel_3\_self\sfun\src\RadarSystemLevel_3_sfun.map
multidomainradar\slprj\_sfprj\RadarSystemLevel_3\_self\sfun\src\RadarSystemLevel_3_sfun.mexw64.manifest
multidomainradar\slprj\_sfprj\RadarSystemLevel_3\_self\sfun\src\RadarSystemLevel_3_sfun.mol
multidomainradar\slprj\_sfprj\RadarSystemLevel_3\_self\sfun\src\RadarSystemLevel_3_sfun.obj
multidomainradar\slprj\_sfprj\RadarSystemLevel_3\_self\sfun\src\RadarSystemLevel_3_sfun_debug_macros.h
multidomainradar\slprj\_sfprj\RadarSystemLevel_3\_self\sfun\src\RadarSystemLevel_3_sfun_registry.c
multidomainradar\slprj\_sfprj\RadarSystemLevel_3\_self\sfun\src\RadarSystemLevel_3_sfun_registry.obj
multidomainradar\slprj\_sfprj\RadarSystemLevel_3\_self\sfun\src\rtwtypes.h
multidomainradar\slprj\_sfprj\RadarSystemLevel_3\_self\sfun\src\rtwtypeschksum.mat
multidomainradar\slprj\_sfprj\RadarSystemLevel_lfm\_self\sfun\info\binfo.mat
multidomainradar\slprj\_sfprj\RadarSystemLevel_lfm\_self\sfun\info\chart1_ZR5tr7wvvYLTKmUFIqh1QF.mat

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

  • bw_fragile_robust
    matlab编写的对二值图像的数字水印添加与提取程序。压缩包中有示例图片。可以添加水印，结果肉眼不易分辨出变化，不影响使用。可加入信息长度达100个字节。提取时可验证是否被修改过，如修改不严重，可提取隐藏信息，如果修改过多，则只能确定是否有修改，而不知道隐藏的信息是什么(matlab prepared binary image of the digital watermark added and extraction procedures. Compression package has sample images. Can add watermarks, the results of the changes are not easily distinguishable from the naked eye, does not affect use. Can be added to the information length of 100 bytes. Verifiable extraction has been modified, such as modification is not serious, can extract hidden information, if too many modifications, you can only determine whether changes were needed, they do not know what information is hidden)
    2008-02-20 13:29:42下载
    积分：1
  • 6.1.10SimulinkTDSDModel
    matlab 6.1 sample file
    2010-06-04 03:59:30下载
    积分：1
  • radiasi
    this is for radiation pattern for dipole
    2009-05-21 14:51:34下载
    积分：1
  • mohu
    模糊控制，变电站电压无功控制的matlabsimulink模型(Fuzzy control, substation and reactive power control model of matlabsimulink)
    2012-05-09 10:44:42下载
    积分：1
  • n2b
    Two functions, num2bin and bin2num are provided. num2bin takes a double and converts it to a binary string representation. bin2num is its inverse operation. It can be used in a numerical analysis course when floating point arithmetic is discussed. (Two functions, num2bin and bin2num are provided. Num2bin takes a double and converts it to a binary string representation. Bin2num is its inverse operation. It can be used in a numerical analysis course when floating point arithmetic is discussed.)
    2007-04-11 10:46:13下载
    积分：1
  • Random_Waypoint
    Random Waypoint Model
    2013-11-05 13:47:33下载
    积分：1
  • neiting_V7.3
    包括压缩比、运行时间和计算复原图像的峰值信噪比,GPS和INS组合导航程序，意信号卷积的运算,并且绘制图象。( Including compression ratio, image restoration computing uptime and peak signal to noise ratio, GPS and INS navigation program, Convolution operation is intended to signal and image rendering.)
    2021-03-28 16:39:11下载
    积分：1
  • pablo
    面元法计算机翼气动参数，有nasa上百个翼型库文件，可以手动加载，进行翼型设计时可以选择和profile配合使用(pablo)
    2010-11-26 21:05:48下载
    积分：1
  • cc
    说明：  <<现代信号处理教程>>(胡广书版)书中配套的matlab源代码。(this is a matlab code of the book called modem signal processing.)
    2013-08-18 10:31:03下载
    积分：1
  • Matlab-project
    roots -Polynomial roots Syntax r = roots(c) Description r = roots(c) returns a column vector whose elements are the roots of the polynomial c. Row vector c contains the coefficients of a polynomial, ordered in descending powers. If c has n+1 components, the polynomial it represents is . Tips Note the relationship of this function to p = poly(r), which returns a row vector whose elements are the coefficients of the polynomial. For vectors,roots and poly are inverse functions of each other, up to ordering, scaling, and roundoff error.
    2014-11-13 01:48:01下载
    积分：1
  • 696518资源总数
  • 104269会员总数
  • 42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© 2019-2024 | 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！