登录
首页 » matlab » communication

communication

于 2020-06-09 发布
0 299
下载积分: 1 下载次数: 2

代码说明:

说明:  基于SimuLink的数字通信链路仿真 包含QPSK及16QAM模式下的链路计算(Simulation of digital communication link based on Simulink Including link calculation in QPSK and 16QAM mode)

文件列表:

communication\1, 0 , 2020-06-08
communication\1\BER_Plot_16QAM.slx, 26806 , 2020-06-08
communication\1\BER_Plot_16QAM.slx.r2017b, 22754 , 2020-06-08
communication\1\BER_Plot_16QAM.slxc, 5546 , 2020-06-08
communication\1\BER_Plot_QPSK.slx, 26776 , 2020-06-08
communication\1\BER_Plot_QPSK.slx.r2017b, 22625 , 2020-06-08
communication\1\BER_Plot_QPSK.slxc, 5551 , 2020-06-08
communication\1\P_dBm_16QAM.slxc, 4991 , 2020-06-08
communication\1\slprj, 0 , 2020-06-08
communication\1\slprj\_cgxe, 0 , 2020-06-08
communication\1\slprj\_cgxe\P_dBm_16QAM, 0 , 2020-06-08
communication\1\slprj\_cgxe\P_dBm_16QAM\P_dBm_16QAM_Cache.mat, 26583 , 2020-06-08
communication\1\slprj\_cprj, 0 , 2020-05-30
communication\1\slprj\_jitprj, 0 , 2020-06-08
communication\1\slprj\_jitprj\jitEngineAccessInfo.mat, 841 , 2020-06-08
communication\1\slprj\_jitprj\kUHE7DP6iiLMTGH1IDbNmF.l, 50172 , 2020-06-08
communication\1\slprj\_jitprj\kUHE7DP6iiLMTGH1IDbNmF.mat, 12732 , 2020-06-08
communication\1\slprj\_jitprj\OyxR6ZS99Xkjbhl21dSA2E.l, 50172 , 2020-06-08
communication\1\slprj\_jitprj\OyxR6ZS99Xkjbhl21dSA2E.mat, 12732 , 2020-06-08
communication\1\slprj\_jitprj\PFLBbkk02iipPanacyykWG.l, 43364 , 2020-06-08
communication\1\slprj\_jitprj\PFLBbkk02iipPanacyykWG.mat, 12382 , 2020-06-08
communication\1\slprj\_jitprj\SOJ6wcqvoJbcTc8EYkpSZE.l, 43364 , 2020-06-08
communication\1\slprj\_jitprj\SOJ6wcqvoJbcTc8EYkpSZE.mat, 12382 , 2020-06-08
communication\1\slprj\sim, 0 , 2020-06-08
communication\1\slprj\sim\varcache, 0 , 2020-06-08
communication\1\slprj\sim\varcache\BER_Plot_16QAM, 0 , 2020-06-08
communication\1\slprj\sim\varcache\BER_Plot_16QAM\checksumOfCache.mat, 392 , 2020-06-08
communication\1\slprj\sim\varcache\BER_Plot_16QAM\tmwinternal, 0 , 2020-06-08
communication\1\slprj\sim\varcache\BER_Plot_16QAM\tmwinternal\simulink_cache.xml, 312 , 2020-06-08
communication\1\slprj\sim\varcache\BER_Plot_16QAM\varInfo.mat, 664 , 2020-06-08
communication\1\slprj\sim\varcache\BER_Plot_QPSK, 0 , 2020-06-08
communication\1\slprj\sim\varcache\BER_Plot_QPSK\checksumOfCache.mat, 392 , 2020-06-08
communication\1\slprj\sim\varcache\BER_Plot_QPSK\tmwinternal, 0 , 2020-06-08
communication\1\slprj\sim\varcache\BER_Plot_QPSK\tmwinternal\simulink_cache.xml, 312 , 2020-06-08
communication\1\slprj\sim\varcache\BER_Plot_QPSK\varInfo.mat, 664 , 2020-06-08
communication\1\slprj\sim\varcache\P_dBm_16QAM, 0 , 2020-06-08
communication\1\slprj\sim\varcache\P_dBm_16QAM\checksumOfCache.mat, 392 , 2020-06-08
communication\1\slprj\sim\varcache\P_dBm_16QAM\tmwinternal, 0 , 2020-06-08
communication\1\slprj\sim\varcache\P_dBm_16QAM\tmwinternal\simulink_cache.xml, 312 , 2020-06-08
communication\1\slprj\sim\varcache\P_dBm_16QAM\varInfo.mat, 664 , 2020-06-08
communication\2, 0 , 2020-06-09
communication\2\P_dBm_16QAM.slx, 25593 , 2020-06-08
communication\2\P_dBm_16QAM.slx.r2017b, 28865 , 2020-06-08
communication\2\P_dBm_16QAM.slxc, 4993 , 2020-06-08
communication\2\P_dBm_QPSK.slx, 28755 , 2020-06-09
communication\2\P_dBm_QPSK.slx.r2017b, 28427 , 2020-06-08
communication\2\P_dBm_QPSK.slxc, 4993 , 2020-06-08
communication\2\slprj, 0 , 2020-06-08
communication\2\slprj\_cgxe, 0 , 2020-06-08
communication\2\slprj\_cgxe\P_dBm_16QAM, 0 , 2020-06-08
communication\2\slprj\_cgxe\P_dBm_16QAM\P_dBm_16QAM_Cache.mat, 26583 , 2020-06-08
communication\2\slprj\_cgxe\P_dBm_QPSK, 0 , 2020-06-08
communication\2\slprj\_cgxe\P_dBm_QPSK\P_dBm_QPSK_Cache.mat, 26584 , 2020-06-08
communication\2\slprj\_cprj, 0 , 2020-05-30
communication\2\slprj\_jitprj, 0 , 2020-06-08
communication\2\slprj\_jitprj\jitEngineAccessInfo.mat, 766 , 2020-06-08
communication\2\slprj\_jitprj\OyxR6ZS99Xkjbhl21dSA2E.l, 50172 , 2020-06-08
communication\2\slprj\_jitprj\OyxR6ZS99Xkjbhl21dSA2E.mat, 12732 , 2020-06-08
communication\2\slprj\_jitprj\PFLBbkk02iipPanacyykWG.l, 43364 , 2020-06-08
communication\2\slprj\_jitprj\PFLBbkk02iipPanacyykWG.mat, 12382 , 2020-06-08
communication\2\slprj\sim, 0 , 2020-06-08
communication\2\slprj\sim\varcache, 0 , 2020-06-08
communication\2\slprj\sim\varcache\P_dBm_16QAM, 0 , 2020-06-08
communication\2\slprj\sim\varcache\P_dBm_16QAM\checksumOfCache.mat, 392 , 2020-06-08
communication\2\slprj\sim\varcache\P_dBm_16QAM\tmwinternal, 0 , 2020-06-08
communication\2\slprj\sim\varcache\P_dBm_16QAM\tmwinternal\simulink_cache.xml, 312 , 2020-06-08
communication\2\slprj\sim\varcache\P_dBm_16QAM\varInfo.mat, 664 , 2020-06-08
communication\2\slprj\sim\varcache\P_dBm_QPSK, 0 , 2020-06-08
communication\2\slprj\sim\varcache\P_dBm_QPSK\checksumOfCache.mat, 392 , 2020-06-08
communication\2\slprj\sim\varcache\P_dBm_QPSK\tmwinternal, 0 , 2020-06-08
communication\2\slprj\sim\varcache\P_dBm_QPSK\tmwinternal\simulink_cache.xml, 312 , 2020-06-08
communication\2\slprj\sim\varcache\P_dBm_QPSK\varInfo.mat, 664 , 2020-06-08
communication\说明.txt, 497 , 2020-06-08

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

  • BlueTooth-tutorial
    《蓝牙4.0实战演练》,C2540蓝牙芯片免费高清教程书籍(Bluetooth 4.0 practical exercise, C2540 Bluetooth chip free HD tutorial books)
    2013-10-20 08:59:21下载
    积分:1
  • mccdma
    MC-CDMA各类多用户检测算法,比较全面,希望对大家有帮助(A program of MC-CDMA)
    2011-12-16 21:21:45下载
    积分:1
  • pso
    说明:  LDPC码的mackay构造法,PEG构造法,QC-LDPC构造,SPA译码算法(LDPC codes are constructed by Mackay, PEG, QC-LDPC and Spa decoding algorithms)
    2021-04-27 20:18:44下载
    积分:1
  • OQAM_OFDM_AWGN
    本代码描述了OFDM/OQAM的基本仿真框架,AWGN信道下的ber性能。OFDM/OQAM 是一种很好的多载波系统。(This code describes the basic simulation framework for OFDM/OQAM ber performance in the AWGN channel. OFDM/OQAM is a good multi-carrier system.)
    2020-07-02 17:40:02下载
    积分:1
  • SRC
    说明:  最大限度地平 FIR 逼近 (拉格朗日插值法) 拉格朗日插值是一种时域方法,导致基于多项式的筛选器的一个特殊情况。用 M 次多项式近似表示输出信号。最简单的情况 (M = 1) 对应于线性插值。让我们设计和分析将通过各种馏分拆分单元延迟的几种线性分数时滞滤波器:(Maximally-Flat FIR Approximation (Lagrange Interpolation) Lagrange interpolation is a time-domain approach that leads to a special case of polynomial-based filters. The output signal is approximated with a polynomial of degree M. The simplest case (M=1) corresponds to linear interpolation. Let's design and analyze several linear fractional delay filters that will split the unit delay by various fractions:)
    2017-08-20 11:31:08下载
    积分:1
  • QPSK_CMA of SMF
    说明:  单模光纤中相干接收QPSK信号应用了CMA算法的简单DSP示例,自带vpa仿真数据。(A simple DSP example of CMA algorithm is used to receive QPSK signals coherently in single-mode optical fibers, with VPA simulation data.)
    2020-12-15 22:09:14下载
    积分:1
  • diversitySC
    接受分集中采用选择式合并的函数,输出误码率和信噪比曲线(Acceptance of centralized using selective merge function, the output is bit error rate and SNR curve)
    2013-07-15 09:18:44下载
    积分:1
  • N(0,1)
    说明:  默认产生(0,1)的高斯随机数,参数可调(Gauss random number (0,1) is generated by default with adjustable parameters.)
    2019-01-08 17:40:07下载
    积分:1
  • sample1
    its a matlab code for ofdm with 16 qam
    2013-10-20 14:55:41下载
    积分:1
  • LMS,RLS
    LMS,RLS自适应均衡算法示例,本科硕士阶段通信信号处理课程代码示例(LMS,RLS adaptive equalization algorithm example, undergraduate master stage communication signal processing course code example)
    2018-06-28 20:06:12下载
    积分:1
  • 696516资源总数
  • 106914会员总数
  • 0今日下载