登录
首页 » Others » 源码(MATLAB R2016a 通信系统仿真)

源码(MATLAB R2016a 通信系统仿真)

于 2021-04-19 发布
0 174
下载积分: 1 下载次数: 1
我要下载

代码说明：

说明：  matlab通信系统仿真例程，包括信源编码，信道编码，数字调制等(Matlab communication system simulation routines, including source coding, channel coding, digital modulation, etc)

文件列表：

源码(MATLAB R2016a 通信系统仿真), 0 , 2020-11-02
源码(MATLAB R2016a 通信系统仿真)\1, 0 , 2020-11-02
源码(MATLAB R2016a 通信系统仿真)\1\M1_12.m, 180 , 2017-03-03
源码(MATLAB R2016a 通信系统仿真)\1\M1_13.m, 426 , 2017-03-03
源码(MATLAB R2016a 通信系统仿真)\1\M1_14.m, 101 , 2017-03-03
源码(MATLAB R2016a 通信系统仿真)\1\M1_15.m, 197 , 2017-03-03
源码(MATLAB R2016a 通信系统仿真)\10, 0 , 2020-11-02
源码(MATLAB R2016a 通信系统仿真)\10\Frespread.m, 1307 , 2017-03-02
源码(MATLAB R2016a 通信系统仿真)\10\M10_1.m, 1728 , 2017-03-05
源码(MATLAB R2016a 通信系统仿真)\10\M10_1.mdl, 41986 , 2017-02-27
源码(MATLAB R2016a 通信系统仿真)\10\M10_10.m, 494 , 2017-03-06
源码(MATLAB R2016a 通信系统仿真)\10\M10_11.m, 1126 , 2017-03-06
源码(MATLAB R2016a 通信系统仿真)\10\M10_12.m, 737 , 2017-03-06
源码(MATLAB R2016a 通信系统仿真)\10\M10_13.m, 1220 , 2017-03-06
源码(MATLAB R2016a 通信系统仿真)\10\M10_14.m, 1216 , 2017-03-06
源码(MATLAB R2016a 通信系统仿真)\10\M10_15.m, 1056 , 2017-03-06
源码(MATLAB R2016a 通信系统仿真)\10\M10_2.m, 654 , 2017-03-05
源码(MATLAB R2016a 通信系统仿真)\10\M10_3.m, 417 , 2017-03-06
源码(MATLAB R2016a 通信系统仿真)\10\M10_4.m, 512 , 2017-03-05
源码(MATLAB R2016a 通信系统仿真)\10\M10_5.m, 1088 , 2017-03-06
源码(MATLAB R2016a 通信系统仿真)\10\M10_6.m, 307 , 2017-03-06
源码(MATLAB R2016a 通信系统仿真)\10\M10_6.mdl, 38529 , 2017-02-28
源码(MATLAB R2016a 通信系统仿真)\10\M10_7.m, 2159 , 2017-03-06
源码(MATLAB R2016a 通信系统仿真)\10\M10_8.m, 994 , 2017-03-06
源码(MATLAB R2016a 通信系统仿真)\10\M10_8.mdl, 38590 , 2017-03-01
源码(MATLAB R2016a 通信系统仿真)\10\M10_9.m, 819 , 2017-03-06
源码(MATLAB R2016a 通信系统仿真)\10\dscdmar.m, 1173 , 2017-03-02
源码(MATLAB R2016a 通信系统仿真)\10\gngauss.m, 397 , 2017-03-02
源码(MATLAB R2016a 通信系统仿真)\10\goldseq.m, 316 , 2017-03-06
源码(MATLAB R2016a 通信系统仿真)\2, 0 , 2020-11-02
源码(MATLAB R2016a 通信系统仿真)\2\M2_1.slx, 17745 , 2016-12-18
源码(MATLAB R2016a 通信系统仿真)\2\M2_2.m, 568 , 2017-03-03
源码(MATLAB R2016a 通信系统仿真)\2\M2_2.mdl, 27405 , 2016-12-18
源码(MATLAB R2016a 通信系统仿真)\2\M2_2a.mdl, 27891 , 2016-12-20
源码(MATLAB R2016a 通信系统仿真)\2\M2_3.m, 252 , 2017-03-03
源码(MATLAB R2016a 通信系统仿真)\2\M2_4.m, 360 , 2017-03-03
源码(MATLAB R2016a 通信系统仿真)\2\M2_6.m, 2094 , 2016-12-20
源码(MATLAB R2016a 通信系统仿真)\2\M2_6.mdl, 29386 , 2016-12-20
源码(MATLAB R2016a 通信系统仿真)\2\M2_7.m, 1838 , 2017-03-03
源码(MATLAB R2016a 通信系统仿真)\2\M2_8.m, 1845 , 2016-12-20
源码(MATLAB R2016a 通信系统仿真)\2\fcn.slx, 18695 , 2016-12-19
源码(MATLAB R2016a 通信系统仿真)\2\sfuntmpl.m, 2118 , 2016-12-20
源码(MATLAB R2016a 通信系统仿真)\3, 0 , 2020-11-02
源码(MATLAB R2016a 通信系统仿真)\3\M3_1.m, 1235 , 2017-03-04
源码(MATLAB R2016a 通信系统仿真)\4, 0 , 2020-11-02
源码(MATLAB R2016a 通信系统仿真)\4\Bernoulli.slx, 17826 , 2017-01-10
源码(MATLAB R2016a 通信系统仿真)\4\M4_10.m, 422 , 2017-03-04
源码(MATLAB R2016a 通信系统仿真)\4\M4_11.m, 508 , 2017-03-04
源码(MATLAB R2016a 通信系统仿真)\4\M4_14.m, 322 , 2017-03-04
源码(MATLAB R2016a 通信系统仿真)\4\M4_15.m, 191 , 2017-03-04
源码(MATLAB R2016a 通信系统仿真)\4\M4_19.m, 171 , 2017-03-04
源码(MATLAB R2016a 通信系统仿真)\4\M4_20.m, 300 , 2017-03-04
源码(MATLAB R2016a 通信系统仿真)\4\M4_22.m, 313 , 2017-03-04
源码(MATLAB R2016a 通信系统仿真)\4\M4_23.m, 307 , 2017-03-04
源码(MATLAB R2016a 通信系统仿真)\4\M4_25.m, 488 , 2017-03-04
源码(MATLAB R2016a 通信系统仿真)\4\M4_27.m, 186 , 2017-03-04
源码(MATLAB R2016a 通信系统仿真)\4\M4_28.m, 291 , 2017-03-04
源码(MATLAB R2016a 通信系统仿真)\4\M4_29.m, 148 , 2017-03-04
源码(MATLAB R2016a 通信系统仿真)\4\M4_30.m, 690 , 2017-03-04
源码(MATLAB R2016a 通信系统仿真)\4\M4_31.m, 372 , 2017-03-04
源码(MATLAB R2016a 通信系统仿真)\4\M4_32.m, 184 , 2017-03-04
源码(MATLAB R2016a 通信系统仿真)\4\M4_33.m, 163 , 2017-03-04
源码(MATLAB R2016a 通信系统仿真)\4\M4_34.m, 252 , 2017-03-04
源码(MATLAB R2016a 通信系统仿真)\4\M4_35.m, 418 , 2017-03-04
源码(MATLAB R2016a 通信系统仿真)\4\M4_36.m, 575 , 2017-03-04
源码(MATLAB R2016a 通信系统仿真)\4\M4_37.m, 876 , 2017-03-04
源码(MATLAB R2016a 通信系统仿真)\4\M4_38.m, 278 , 2017-03-04
源码(MATLAB R2016a 通信系统仿真)\4\M4_39.m, 796 , 2017-03-04
源码(MATLAB R2016a 通信系统仿真)\4\M4_40.m, 382 , 2017-03-04
源码(MATLAB R2016a 通信系统仿真)\4\M4_41.m, 481 , 2017-03-04
源码(MATLAB R2016a 通信系统仿真)\4\M4_42.m, 877 , 2017-03-04
源码(MATLAB R2016a 通信系统仿真)\4\M4_43.m, 1210 , 2017-03-04
源码(MATLAB R2016a 通信系统仿真)\4\M4_44.m, 327 , 2017-03-04
源码(MATLAB R2016a 通信系统仿真)\4\M4_45.m, 348 , 2017-03-04
源码(MATLAB R2016a 通信系统仿真)\4\M4_46.m, 433 , 2017-03-04
源码(MATLAB R2016a 通信系统仿真)\4\M4_47.m, 545 , 2017-03-04
源码(MATLAB R2016a 通信系统仿真)\4\M4_48.m, 281 , 2017-03-04
源码(MATLAB R2016a 通信系统仿真)\4\M4_49.m, 222 , 2017-03-04
源码(MATLAB R2016a 通信系统仿真)\4\M4_5.m, 243 , 2017-03-04
源码(MATLAB R2016a 通信系统仿真)\4\M4_6.m, 406 , 2017-03-04
源码(MATLAB R2016a 通信系统仿真)\4\M4_9.m, 189 , 2017-03-04
源码(MATLAB R2016a 通信系统仿真)\4\VCO.slx, 17354 , 2017-01-10
源码(MATLAB R2016a 通信系统仿真)\5, 0 , 2020-11-02
源码(MATLAB R2016a 通信系统仿真)\5\M5_1.m, 184 , 2017-03-04
源码(MATLAB R2016a 通信系统仿真)\5\M5_2.m, 378 , 2017-03-04
源码(MATLAB R2016a 通信系统仿真)\5\M5_3.m, 137 , 2017-03-04
源码(MATLAB R2016a 通信系统仿真)\5\M5_4.m, 1262 , 2017-03-04
源码(MATLAB R2016a 通信系统仿真)\5\M5_5.m, 443 , 2017-03-04
源码(MATLAB R2016a 通信系统仿真)\5\M5_6.m, 1598 , 2017-03-04
源码(MATLAB R2016a 通信系统仿真)\5\rayleigh.m, 833 , 2017-01-08
源码(MATLAB R2016a 通信系统仿真)\6, 0 , 2020-11-02
源码(MATLAB R2016a 通信系统仿真)\6\M6_1.slx, 16954 , 2017-01-17
源码(MATLAB R2016a 通信系统仿真)\6\M7_1.m, 788 , 2017-03-04
源码(MATLAB R2016a 通信系统仿真)\6\M7_10.m, 909 , 2017-03-05
源码(MATLAB R2016a 通信系统仿真)\6\M7_11.m, 1246 , 2017-03-05
源码(MATLAB R2016a 通信系统仿真)\6\M7_13.m, 943 , 2017-03-05
源码(MATLAB R2016a 通信系统仿真)\6\M7_14.m, 1057 , 2017-03-05
源码(MATLAB R2016a 通信系统仿真)\6\M7_15.m, 1113 , 2017-03-05
源码(MATLAB R2016a 通信系统仿真)\6\M7_2.m, 716 , 2017-03-04
源码(MATLAB R2016a 通信系统仿真)\6\M7_3.m, 760 , 2017-03-04

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

  • bpsk_awgn
    bpsk在高斯白噪声下的simulink仿真(bpsk_awgn)
    2009-11-05 20:29:11下载
    积分：1
  • mathmodel2
    说明：  1.1 背包问题 有一个徒步旅行者，已知他能承受的旅行背包的重量不超过a（kg）。设有n种物品可供他选择装入背包，这n种物品分别编号为1，2，…，n。其中第i种物品每件的重量为ai（kg），其使用价值（指一件第i种物品对旅行者来说所带来的好处的一种数量指标）为ci（i＝1，2，…，n）。问这位旅行者应如何选择携带这n种物品的件数，使得总价值最大？ (1.1 knapsack problem is a hikers. he is known to travel to withstand the weight of the backpack not exceed a (kg). N Species with articles for his choice loaded backpack, n product were numbered 1, 2, ..., n. I first of which product each ai of the weight (kg), its value (i refers to a section of the types of items travelers the benefits brought by a number of indicators) for the ci (i = 1, 2, ..., n). Asked how travelers who choose to bring this product to the n pieces, making the total value of the largest?)
    2006-04-13 18:47:43下载
    积分：1
  • simulation_main
    MIMO系统线性规划的 译码算法，其中译码运用软判决方式进行(MIMO decoding algorithm for linear programming system, including the use of soft-decision decoding way)
    2014-09-20 22:21:08下载
    积分：1
  • The-file-browser
    简单的文件浏览器，可以浏览文件并打开所浏览文件。(A simple file browser, you can browse the file and open the browse file.)
    2011-11-02 16:56:01下载
    积分：1
  • MOKUAIFENGZHUANG
    利用matlab封装的底层模块的三种方法( 利用matlab封装的底层模块的三种方法)
    2014-01-06 21:44:24下载
    积分：1
  • ray
    说明：  信号过rayleigh信道并加均衡的程序(Over rayleigh channel signal and add a balanced program)
    2009-08-08 21:13:11下载
    积分：1
  • xiyv.org
    xiyv.org part of the password rules
    2014-10-24 16:26:48下载
    积分：1
  • huffman_coding
    ) Compression using huffman code -with a number of bits k per code word -provide huffman table Huffman coding is optimal for a symbol-by-symbol coding with a known input probability distribution.This technique uses a variable-length code table for encoding a source symbol. The table is derived in a particular way based on the estimated probability of occurrence for each possible value of the source symbol .Huffman coding uses a specific method for representing each symbol, resulting in a prefix code that expresses the most common characters using shorter strings of bits than those used for less common source symbols.The Huffman coding is a procedure to generate a binary code tree. () Compression using huffman code -with a number of bits k per code word -provide huffman table Huffman coding is optimal for a symbol-by-symbol coding with a known input probability distribution.This technique uses a variable-length code table for encoding a source symbol. The table is derived in a particular way based on the estimated probability of occurrence for each possible value of the source symbol .Huffman coding uses a specific method for representing each symbol, resulting in a prefix code that expresses the most common characters using shorter strings of bits than those used for less common source symbols.The Huffman coding is a procedure to generate a binary code tree. )
    2009-04-04 22:16:39下载
    积分：1
  • Main_wavelenght
    Code in Matlab to find the wave and the radius of fiber.
    2015-02-13 10:06:03下载
    积分：1
  • FullBNT-1.0.7
    matlab贝叶斯工具箱，最新版1.0.7(bayesian toolbox for matlab)
    2015-04-20 09:56:58下载
    积分：1
  • 696516资源总数
  • 106425会员总数
  • 12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！