登录
首页 » matlab » d2d-master

d2d-master

于 2021-04-05 发布
0 354
下载积分: 1 下载次数: 23

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

  • shuzixinhaochuli
    研究生数字信号处理讲义,基于奥本海姆原著进行讲授的(Graduate Digital Signal Processing notes, based on the teaching of Oppenheim' s original)
    2010-12-03 19:40:45下载
    积分:1
  • chuanganqi
    传感信号无线数字传输系统的设计与实现.kdh(err)
    2008-04-22 14:54:02下载
    积分:1
  • 4
    说明:  :载波频率偏移是OFDM系统实现的关键问题之一。分析了OFDM 系统载频偏移估计的2 种算法,即利用循环前缀和训练序列方法。它们均为最大似然估计方法。分别讨论了它们的基本 思想、实现方法和仿真结果。可以看出基于循环前缀算法复杂度较小,精度不高,而基于训练序列 的算法有较高的估计精度,但降纸了系统传输效率。(Abstract:Carrier frequency ofset is one of the key problems in OFDM system.Two foundational methods 。cycling prefix—based and training sequence—based algorithms。to estimate OFDM carriers~equency ofset are analyzed.Then it discusses their basic thoughts。implementing methods and simulation resuits. Finally。merits and demerits of every algorithm are supposed.It concludes that the cycling prefix— based algorithm has less complexity and less precision。and that the training sequence—based algorithm has better estimation performance at the cost of transmission efficiency.)
    2010-05-18 18:34:44下载
    积分:1
  • OMP
    OMP重建一维二维信号,Matlab源码,中文注释(OMP reconstruction of one-dimensional two-dimensional signal, Matlab source code, Chinese comment)
    2020-12-28 17:29:01下载
    积分:1
  • 14.5_modeler_tutorial_pdfs
    OPNET14.5的帮助文档,几乎所有的现行阶段的教材都是由该软件帮助文档改编或缩减而成,所以该文档为OPNET学习者必备手册之一。(OPNET14.5 the help of documents, almost all of the current phase of the teaching materials are adapted to the software help files or reduced form, so the document must have the manual for one of OPNET learners.)
    2021-03-30 09:59:11下载
    积分:1
  • zz
    说明:  QPSK BPSK调制解调+USRP,观察(输入、输出、眼图)(modulation and demodulation of QPSK and BPSK+ USRP)
    2015-06-15 20:24:51下载
    积分:1
  • AM
    AM调制系统的设计及仿真,包括载波信号,载波信号频谱,调制信号,调制信号频谱等图像(Design and Simulation of AM modulation and demodulation)
    2018-11-27 14:40:12下载
    积分:1
  • viterbi1
    viterbi decoder 2/3 rate
    2014-05-29 22:18:26下载
    积分:1
  • 基于MATLAB的OFDM仿真设计实验报告
    说明:  包含有数字通信课程实验大作业报告与代码。完成的OFDM的收发包含:1.卷积编码、2.自动增益控制、3.极大似然判决、4.QPSK收发、5.帧检测等,代码在MATLAB2016b环境下编译通过(It contains the report and code of the experiment assignment for the course of digital communication. The completed OFDM transceiver includes: 1. convolutional coding, 2. automatic gain control, 3. maximum likelihood decision, 4. QPSK transceiver, 5. frame detection, etc. The code is compiled and passed in MATLAB2016b environment.)
    2021-01-26 20:38:37下载
    积分:1
  • Hetrogenous
    Paper on hetrogenous network
    2018-04-11 20:52:39下载
    积分:1
  • 696516资源总数
  • 106914会员总数
  • 0今日下载