登录
首页 » matlab » d2d-master

d2d-master

于 2021-04-05 发布
0 333
下载积分: 1 下载次数: 23
我要下载

代码说明：

说明：  D2D通信实现资源分配算法的有关代码，用于提高下一代蜂窝网络中的频谱利用率的解决方案是设备到设备D2D(Device to Device）通信。(D2D communication implements code related to resource allocation algorithms. The solution for improving spectrum utilization in next generation cellular networks is device-to-device D2D (device-to-device) communication.)

文件列表：

d2d-master, 0 , 2016-10-19
d2d-master\README.md, 2774 , 2016-10-19
d2d-master\applications, 0 , 2016-10-19
d2d-master\applications\model, 0 , 2016-10-19
d2d-master\applications\model\http-client.cc, 5305 , 2016-10-19
d2d-master\applications\model\http-client.h, 2470 , 2016-10-19
d2d-master\applications\model\http-server.cc, 9362 , 2016-10-19
d2d-master\applications\model\http-server.h, 3175 , 2016-10-19
d2d-master\applications\model\http-status-codes.h, 2403 , 2016-10-19
d2d-master\applications\wscript, 1869 , 2016-10-19
d2d-master\core, 0 , 2016-10-19
d2d-master\core\model, 0 , 2016-10-19
d2d-master\core\model\default-simulator-impl.cc, 10174 , 2016-10-19
d2d-master\core\model\default-simulator-impl.h, 4352 , 2016-10-19
d2d-master\lte, 0 , 2016-10-19
d2d-master\lte\examples, 0 , 2016-10-19
d2d-master\lte\examples\d2d-data, 0 , 2016-10-19
d2d-master\lte\examples\d2d-data\Doxyfile-d2dsim.txt, 108413 , 2016-10-19
d2d-master\lte\examples\d2d-data\asn1convert.py, 5629 , 2016-10-19
d2d-master\lte\examples\d2d-data\d2d-routing-table.xml, 53034 , 2016-10-19
d2d-master\lte\examples\d2d-data\d2dbuild.bash, 287 , 2016-10-19
d2d-master\lte\examples\d2d-data\d2ddbg.bash, 212 , 2016-10-19
d2d-master\lte\examples\d2d-data\d2dflow.py, 2315 , 2016-10-19
d2d-master\lte\examples\d2d-data\d2dnet.bash, 1240 , 2016-10-19
d2d-master\lte\examples\d2d-data\d2dplots.bash, 689 , 2016-10-19
d2d-master\lte\examples\d2d-data\d2drate.py, 4434 , 2016-10-19
d2d-master\lte\examples\d2d-data\d2drate02.py, 873 , 2016-10-19
d2d-master\lte\examples\d2d-data\d2drsrp.py, 1814 , 2016-10-19
d2d-master\lte\examples\d2d-data\d2drun.bash, 867 , 2016-10-19
d2d-master\lte\examples\d2d-data\d2dsimbpoints.gdb, 1196 , 2016-10-19
d2d-master\lte\examples\d2d-data\d2dvalgrind.bash, 725 , 2016-10-19
d2d-master\lte\examples\d2d-data\moveoutput.bash, 63 , 2016-10-19
d2d-master\lte\examples\d2d-data\ns3-dev-d2dsim-debug-anim.xml, 770 , 2016-10-19
d2d-master\lte\examples\d2d-data\ns3.21-d2d-simulator-debug-anim20141122.xml, 23289 , 2016-10-19
d2d-master\lte\examples\d2d-data\plot-flowmon.py, 12998 , 2016-10-19
d2d-master\lte\examples\d2d-data\qtiplot, 0 , 2016-10-19
d2d-master\lte\examples\d2d-data\qtiplot\2DDiscovery01.qpt, 2223 , 2016-10-19
d2d-master\lte\examples\d2d-data\qtiplot\d2d-DlRsrp.qst, 1012 , 2016-10-19
d2d-master\lte\examples\d2d-data\qtiplot\d2d-DlRsrp3D.qst, 1039 , 2016-10-19
d2d-master\lte\examples\d2d-data\qtiplot\d2d-UlSinr3D.qst, 983 , 2016-10-19
d2d-master\lte\examples\d2d-data\qtiplot\d2d-datarates.qti, 11491 , 2016-10-19
d2d-master\lte\examples\d2d-data\qtiplot\d2d-datarates.qti~, 11442 , 2016-10-19
d2d-master\lte\examples\d2d-data\qtiplot\d2d-discovery.qti, 8313 , 2016-10-19
d2d-master\lte\examples\d2d-data\qtiplot\d2d-dlqtiplot.qti, 67537 , 2016-10-19
d2d-master\lte\examples\d2d-data\qtiplot\d2d-lted.qti, 7731 , 2016-10-19
d2d-master\lte\examples\d2d-data\qtiplot\d2d-lted.qti~, 7731 , 2016-10-19
d2d-master\lte\examples\d2d-data\qtiplot\d2d-nodespos.qti, 6186 , 2016-10-19
d2d-master\lte\examples\d2d-data\qtiplot\d2d-nodespos.qti~, 6188 , 2016-10-19
d2d-master\lte\examples\d2d-data\qtiplot\d2d-ul-sinr-qtiplot.qti, 56605 , 2016-10-19
d2d-master\lte\examples\d2d-data\qtiplot\d2d-ulqtiplot.qti, 84277 , 2016-10-19
d2d-master\lte\examples\d2d-data\qtiplot\d2d-ulsci.sciprj, 284910 , 2016-10-19
d2d-master\lte\examples\d2d-data\qtiplot\output, 0 , 2016-10-19
d2d-master\lte\examples\d2d-data\qtiplot\output\2D-nodes01.png, 3439732 , 2016-10-19
d2d-master\lte\examples\d2d-data\qtiplot\output\2D-nodes02.png, 334971 , 2016-10-19
d2d-master\lte\examples\d2d-data\qtiplot\output\2D-nodes03.20160515.png, 34284 , 2016-10-19
d2d-master\lte\examples\d2d-data\qtiplot\output\2DDiscovery02.png, 716545 , 2016-10-19
d2d-master\lte\examples\d2d-data\qtiplot\output\2DDiscovery03.png, 1712143 , 2016-10-19
d2d-master\lte\examples\d2d-data\qtiplot\output\2DDiscovery04.png, 571823 , 2016-10-19
d2d-master\lte\examples\d2d-data\qtiplot\output\2DDiscovery05.png, 1403583 , 2016-10-19
d2d-master\lte\examples\d2d-data\qtiplot\output\2DDiscovery06.png, 521316 , 2016-10-19
d2d-master\lte\examples\d2d-data\qtiplot\output\2DDiscovery07.png, 596976 , 2016-10-19
d2d-master\lte\examples\d2d-data\qtiplot\output\2DSplinesLabels.png, 678095 , 2016-10-19
d2d-master\lte\examples\d2d-data\qtiplot\output\2DSplinesLabels01.png, 1732674 , 2016-10-19
d2d-master\lte\examples\d2d-data\qtiplot\output\2DSplinesLabels02.png, 1732674 , 2016-10-19
d2d-master\lte\examples\d2d-data\qtiplot\output\3DNodesPositions.png, 1814789 , 2016-10-19
d2d-master\lte\examples\d2d-data\qtiplot\output\3DNodesPositions01.png, 1814789 , 2016-10-19
d2d-master\lte\examples\d2d-data\qtiplot\output\D2DandInfraCom01-20151103.jpg, 626141 , 2016-10-19
d2d-master\lte\examples\d2d-data\qtiplot\output\D2DandInfraCom02-20151103.jpg, 588414 , 2016-10-19
d2d-master\lte\examples\d2d-data\qtiplot\output\D2DandInfraCom03-20151104.jpg, 796964 , 2016-10-19
d2d-master\lte\examples\d2d-data\qtiplot\output\DlRsrp01.png, 1937959 , 2016-10-19
d2d-master\lte\examples\d2d-data\qtiplot\output\DlRsrp02.png, 1937959 , 2016-10-19
d2d-master\lte\examples\d2d-data\qtiplot\output\HorizontalSteps.png, 531292 , 2016-10-19
d2d-master\lte\examples\d2d-data\qtiplot\output\LTE-Direct-Rx01-20151103.jpg, 346694 , 2016-10-19
d2d-master\lte\examples\d2d-data\qtiplot\output\LTE-Direct-Rx02-20151103.jpg, 139684 , 2016-10-19
d2d-master\lte\examples\d2d-data\qtiplot\output\Nodespos2D20160229.jpg, 144570 , 2016-10-19
d2d-master\lte\examples\d2d-data\qtiplot\output\Wifi-adhoc01-20151103.jpg, 797449 , 2016-10-19
d2d-master\lte\examples\d2d-data\qtiplot\output\d2d-discovery01.png, 2577301 , 2016-10-19
d2d-master\lte\examples\d2d-data\qtiplot\output\d2d-ulsinr01.png, 2583743 , 2016-10-19
d2d-master\lte\examples\d2d-data\qtiplot\output\d2d-ulsinr02.png, 1732674 , 2016-10-19
d2d-master\lte\examples\d2d-data\qtiplot\output\diouf3-ratio.eps, 1258930 , 2016-10-19
d2d-master\lte\examples\d2d-data\qtiplot\output\diouf3-ratiosmooth.eps, 4526658 , 2016-10-19
d2d-master\lte\examples\d2d-data\qtiplot\output\diouf4-nodes.eps, 1717517 , 2016-10-19
d2d-master\lte\examples\d2d-data\qtiplot\output\diouf5-ratio.eps, 4053035 , 2016-10-19
d2d-master\lte\examples\d2d-data\qtiplot\output\diouf6-datarate.eps, 6025207 , 2016-10-19
d2d-master\lte\examples\d2d-data\runvhighway.bash, 567 , 2016-10-19
d2d-master\lte\examples\d2d-data\vanet, 0 , 2016-10-19
d2d-master\lte\examples\d2d-data\vanet\Tongyeong01.mob, 34959 , 2016-10-19
d2d-master\lte\examples\d2d-data\vanet\Tongyeong01.net.xml, 114609 , 2016-10-19
d2d-master\lte\examples\d2d-data\vanet\Tongyeong01.osm.xml, 268233 , 2016-10-19
d2d-master\lte\examples\d2d-data\vanet\Tongyeong01.rou.xml, 1153 , 2016-10-19
d2d-master\lte\examples\d2d-data\vanet\Tongyeong01.sumocfg, 244 , 2016-10-19
d2d-master\lte\examples\d2d-data\vanet\TongyeongTrace01.xml, 396410 , 2016-10-19
d2d-master\lte\examples\d2dsim.cc, 14169 , 2016-10-19
d2d-master\lte\examples\d2dvanet.cc, 8364 , 2016-10-19
d2d-master\lte\examples\httpdemo.cc, 4099 , 2016-10-19
d2d-master\lte\examples\lena-ipv6.cc, 9118 , 2016-10-19
d2d-master\lte\examples\wscript, 3133 , 2016-10-19
d2d-master\lte\extras, 0 , 2016-10-19
d2d-master\lte\extras\ns3-netbeans, 0 , 2016-10-19
d2d-master\lte\extras\ns3-netbeans\.dep.inc, 144 , 2016-10-19

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

  • signal-parameter-estimation
    本文分析了多级维纳滤波器的特性，在加性噪声和二维天线阵列如均匀圆阵、均匀面阵、十字阵等条件和背景下，对信源个数和信源参数估计问题进行了研究，提出了基于多级维纳滤波器前向分解特性的快速参数估计方法，同时提出了基于多级维纳滤波器的二维ESPRIT参数估计方法，该类方法无需协方差矩阵的估计运算及分解运算，计算复杂度较低。另外，还提出了对信源个数的估计算法。(This paper analyzes the characteristics of multistage Wiener filter, in the additive noise and the two-dimensional antenna array such as a uniform circular array, the uniform array, cross array conditions and background, the source number and source parameter estimation problem undertook study, put forward based on Multistage Wiener filter prior to the decomposition characteristics of fast parameter estimation method, at the same time based on Multistage Wiener filter 2D ESPRIT parameter estimation method, the method does not need to estimate of covariance matrix calculation and decomposition, relatively low computational complexity. In addition, also put forward for source number estimation algorithm.)
    2012-03-09 15:45:20下载
    积分：1
  • cdma_mmse
    说明：  DS-CDMA的MMSE算法程序，给出了不同信噪比下的BER性能比仿真曲线。(DS-CDMA of the MMSE algorithm program are given under different signal to noise ratio curve of BER performance than emulation.)
    2010-03-29 10:08:21下载
    积分：1
  • 基于OMP,LS,MMSE三种算法的信道估计仿真图比较OMP-Channel-Estimation
    基于OMP,LS,MMSE三种算法的信道估计仿真图比较，对学习信道估计的研究者有很大帮助(The chart compares the OMP, LS, MMSE three algorithms based channel estimation simulation learning channel estimation researchers)
    2021-04-29 22:18:42下载
    积分：1
  • 118
    MPLS简介,主要介绍了MPLS的基本原理(Description of MPLS)
    2012-02-15 15:46:35下载
    积分：1
  • madqm
    采用Log-BP算法的LDPC码译码仿真程序,给出了不同信噪比下误码率和误包率的统计图,用matlab和Cc-mex程()
    2018-02-02 07:43:07下载
    积分：1
  • final gardner
    qpsk完整解调，包括载波同步，位同步采用迟早门，载波同步采用判决反馈(qpsk complete demodulation, including the carrier synchronization, bit synchronization using the door sooner or later, the use of decision feedback carrier synchronization)
    2011-08-06 21:38:36下载
    积分：1
  • Lab0_tutorial
    这是opnet 建立无线网络模型的教程,对于初学opnet仿真的学者很有帮助(This is set up a wireless network model of OPNET tutorial for beginners and scholars OPNET Simulation helpful)
    2007-08-19 09:14:40下载
    积分：1
  • ldpc-ofdm
    communication related file
    2011-12-28 18:01:35下载
    积分：1
  • 三跳协作通信
    信道为瑞利信道，S_D的距离为1米，三跳协作通信系统中S_R、R1_R1、S_D的距离均为1/3米。调制方式为BPSK,信噪比在-15dB-15dB间，接收端合并方式为ERC,迭代次数为1000(The channel is Rayleigh channel, the distance of S_D is 1 m, and the distance of S_R, R1, S_D in three-hop cooperative communication system is 1/3 M. The modulation mode is BPSK, the signal-to-noise ratio is between - 15dB and 15dB, the receiver merge mode is ERC, and the number of iterations is 1000.)
    2018-08-12 19:51:51下载
    积分：1
  • src
    103转modbus协议C程序，支持多个485端口并能够配置(103 turn modbus protocol C program, more than 485 ports and supports the ability to configure)
    2013-12-19 15:15:07下载
    积分：1
  • 696516资源总数
  • 106914会员总数
  • 0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！