登录
首页 » matlab » IEEE802.11DCF

IEEE802.11DCF

于 2018-05-22 发布 文件大小:212KB
0 223
下载积分: 1 下载次数: 1
我要下载

代码说明：

  不同节点数对吞吐率的影响，分别为5节点数和20节点数时的吞吐量的对比情况(The influence of different number of nodes on the throughput of the five nodes and the number of 20 nodes was compared.)

文件列表：

IEEE802.11DCF\adhoc\Add.m, 216 , 2008-10-17
IEEE802.11DCF\adhoc\adhoc.m, 6113 , 2009-06-03
IEEE802.11DCF\adhoc\Average Delay of AdHoc Network M=(10).txt, 2600 , 2009-04-19
IEEE802.11DCF\adhoc\Average Delay of AdHoc Network M=(15).txt, 2600 , 2009-04-19
IEEE802.11DCF\adhoc\Average Delay of AdHoc Network M=(20).txt, 2600 , 2009-04-19
IEEE802.11DCF\adhoc\Average Delay of AdHoc Network M=(25).txt, 2600 , 2009-04-19
IEEE802.11DCF\adhoc\Average Delay of AdHoc Network M=(30).txt, 2600 , 2009-04-19
IEEE802.11DCF\adhoc\Average Delay of AdHoc Network M=(5).txt, 2600 , 2009-04-19
IEEE802.11DCF\adhoc\DelayBuffPop.m, 227 , 2009-04-04
IEEE802.11DCF\adhoc\DelayBuffPush.m, 194 , 2009-04-04
IEEE802.11DCF\adhoc\ExpDis.m, 127 , 2008-10-20
IEEE802.11DCF\adhoc\Increase.m, 140 , 2008-10-20
IEEE802.11DCF\adhoc\MaxLength.m, 235 , 2008-10-17
IEEE802.11DCF\adhoc\Packet Resending Rate of AdHoc Network M=(10).txt, 3000 , 2009-04-19
IEEE802.11DCF\adhoc\Packet Resending Rate of AdHoc Network M=(15).txt, 3000 , 2009-04-19
IEEE802.11DCF\adhoc\Packet Resending Rate of AdHoc Network M=(20).txt, 3000 , 2009-04-19
IEEE802.11DCF\adhoc\Packet Resending Rate of AdHoc Network M=(25).txt, 3000 , 2009-04-19
IEEE802.11DCF\adhoc\Packet Resending Rate of AdHoc Network M=(30).txt, 3000 , 2009-04-19
IEEE802.11DCF\adhoc\Packet Resending Rate of AdHoc Network M=(5).txt, 2800 , 2009-04-19
IEEE802.11DCF\adhoc\PacketLost.m, 182 , 2009-04-03
IEEE802.11DCF\adhoc\pic.m, 23307 , 2009-06-03
IEEE802.11DCF\adhoc\pic_Delay.m, 16085 , 2009-04-20
IEEE802.11DCF\adhoc\Pop.m, 206 , 2009-04-04
IEEE802.11DCF\adhoc\Push.m, 241 , 2009-04-04
IEEE802.11DCF\adhoc\RandSel.m, 123 , 2008-10-17
IEEE802.11DCF\adhoc\Throughput of AdHoc Network M=(10).txt, 3800 , 2009-04-19
IEEE802.11DCF\adhoc\Throughput of AdHoc Network M=(15).txt, 3800 , 2009-04-19
IEEE802.11DCF\adhoc\Throughput of AdHoc Network M=(20).txt, 3800 , 2009-04-19
IEEE802.11DCF\adhoc\Throughput of AdHoc Network M=(25).txt, 3800 , 2009-04-19
IEEE802.11DCF\adhoc\Throughput of AdHoc Network M=(30).txt, 3800 , 2009-04-19
IEEE802.11DCF\adhoc\Throughput of AdHoc Network M=(5).txt, 3800 , 2009-04-19
IEEE802.11DCF\AP\Add.m, 212 , 2009-05-25
IEEE802.11DCF\AP\AP.m, 6956 , 2009-06-03
IEEE802.11DCF\AP\Average Delay of Infrastructured Network M=(10).txt, 2600 , 2009-04-19
IEEE802.11DCF\AP\Average Delay of Infrastructured Network M=(15).txt, 2600 , 2009-04-19
IEEE802.11DCF\AP\Average Delay of Infrastructured Network M=(20).txt, 2603 , 2009-04-19
IEEE802.11DCF\AP\Average Delay of Infrastructured Network M=(25).txt, 2606 , 2009-04-19
IEEE802.11DCF\AP\Average Delay of Infrastructured Network M=(30).txt, 2629 , 2009-04-19
IEEE802.11DCF\AP\Average Delay of Infrastructured Network M=(5).txt, 2600 , 2009-04-19
IEEE802.11DCF\AP\CSMA_CA_AP_2_PLR_DELAY_J.asv, 7348 , 2009-05-24
IEEE802.11DCF\AP\DelayBuffPop.m, 154 , 2009-05-25
IEEE802.11DCF\AP\DelayBuffPush.m, 195 , 2009-05-07
IEEE802.11DCF\AP\ExpDis.m, 127 , 2008-10-20
IEEE802.11DCF\AP\Increase.m, 140 , 2008-10-20
IEEE802.11DCF\AP\MaxLength.m, 235 , 2008-10-17
IEEE802.11DCF\AP\me5to30_Delay.asv, 16182 , 2009-06-03
IEEE802.11DCF\AP\Packet Resending Rate of Infrastructured Network M=(10).txt, 3000 , 2009-04-19
IEEE802.11DCF\AP\Packet Resending Rate of Infrastructured Network M=(15).txt, 3000 , 2009-04-19
IEEE802.11DCF\AP\Packet Resending Rate of Infrastructured Network M=(20).txt, 3000 , 2009-04-19
IEEE802.11DCF\AP\Packet Resending Rate of Infrastructured Network M=(25).txt, 3000 , 2009-04-19
IEEE802.11DCF\AP\Packet Resending Rate of Infrastructured Network M=(30).txt, 3000 , 2009-04-19
IEEE802.11DCF\AP\Packet Resending Rate of Infrastructured Network M=(5).txt, 2867 , 2009-04-19
IEEE802.11DCF\AP\pic.m, 21385 , 2009-06-03
IEEE802.11DCF\AP\pic_Delay.m, 16182 , 2009-06-03
IEEE802.11DCF\AP\Pop.m, 164 , 2009-05-25
IEEE802.11DCF\AP\Push.m, 242 , 2009-05-07
IEEE802.11DCF\AP\RandSel.m, 124 , 2009-05-07
IEEE802.11DCF\AP\Throughput of Infrastructured Network M=(10).txt, 3576 , 2009-04-19
IEEE802.11DCF\AP\Throughput of Infrastructured Network M=(15).txt, 3464 , 2009-04-19
IEEE802.11DCF\AP\Throughput of Infrastructured Network M=(20).txt, 3406 , 2009-04-19
IEEE802.11DCF\AP\Throughput of Infrastructured Network M=(25).txt, 3400 , 2009-04-19
IEEE802.11DCF\AP\Throughput of Infrastructured Network M=(30).txt, 3395 , 2009-04-19
IEEE802.11DCF\AP\Throughput of Infrastructured Network M=(5).txt, 3600 , 2009-04-19
IEEE802.11DCF\BER_change\Add.m, 216 , 2008-10-17
IEEE802.11DCF\BER_change\AP.m, 7311 , 2018-05-16
IEEE802.11DCF\BER_change\Average Delay BER=(0).txt, 1300 , 2009-05-14
IEEE802.11DCF\BER_change\Average Delay BER=(1.000000e-004).txt, 1300 , 2009-05-14
IEEE802.11DCF\BER_change\Average Delay BER=(1.500000e-004).txt, 1300 , 2009-05-14
IEEE802.11DCF\BER_change\Average Delay BER=(2.000000e-004).txt, 1300 , 2009-05-14
IEEE802.11DCF\BER_change\Average Delay BER=(2.500000e-004).txt, 1300 , 2009-05-14
IEEE802.11DCF\BER_change\Average Delay BER=(3.000000e-004).txt, 1300 , 2009-05-14
IEEE802.11DCF\BER_change\Average Delay BER=(3.000000e-04).txt, 11699 , 2018-05-16
IEEE802.11DCF\BER_change\Average Delay BER=(5.000000e-005).txt, 1300 , 2009-05-14
IEEE802.11DCF\BER_change\DelayBuffPop.m, 228 , 2009-05-07
IEEE802.11DCF\BER_change\DelayBuffPush.m, 195 , 2009-05-07
IEEE802.11DCF\BER_change\ExpDis.m, 127 , 2008-10-20
IEEE802.11DCF\BER_change\Increase.asv, 192 , 2009-05-14
IEEE802.11DCF\BER_change\Increase.m, 192 , 2009-05-14
IEEE802.11DCF\BER_change\MaxLength.m, 235 , 2008-10-17
IEEE802.11DCF\BER_change\me5to30_delay.asv, 3206 , 2009-05-21
IEEE802.11DCF\BER_change\me5to30_delay.m, 9706 , 2009-05-21
IEEE802.11DCF\BER_change\Packet Resending Rate BER=(0).txt, 1426 , 2009-05-14
IEEE802.11DCF\BER_change\Packet Resending Rate BER=(1.000000e-004).txt, 1500 , 2009-05-14
IEEE802.11DCF\BER_change\Packet Resending Rate BER=(1.500000e-004).txt, 1500 , 2009-05-14
IEEE802.11DCF\BER_change\Packet Resending Rate BER=(2.000000e-004).txt, 1500 , 2009-05-14
IEEE802.11DCF\BER_change\Packet Resending Rate BER=(2.500000e-004).txt, 1500 , 2009-05-14
IEEE802.11DCF\BER_change\Packet Resending Rate BER=(3.000000e-004).txt, 1500 , 2009-05-14
IEEE802.11DCF\BER_change\Packet Resending Rate BER=(3.000000e-04).txt, 13500 , 2018-05-16
IEEE802.11DCF\BER_change\Packet Resending Rate BER=(5.000000e-005).txt, 1500 , 2009-05-14
IEEE802.11DCF\BER_change\pic.m, 13165 , 2009-05-17
IEEE802.11DCF\BER_change\Pop.m, 207 , 2009-05-07
IEEE802.11DCF\BER_change\Push.m, 242 , 2009-05-07
IEEE802.11DCF\BER_change\RandSel.m, 124 , 2009-05-07
IEEE802.11DCF\BER_change\Throughput BER=(0).txt, 1800 , 2009-05-14
IEEE802.11DCF\BER_change\Throughput BER=(1.000000e-004).txt, 1798 , 2009-05-14
IEEE802.11DCF\BER_change\Throughput BER=(1.500000e-004).txt, 1798 , 2009-05-14
IEEE802.11DCF\BER_change\Throughput BER=(2.000000e-004).txt, 1792 , 2009-05-14
IEEE802.11DCF\BER_change\Throughput BER=(2.500000e-004).txt, 1788 , 2009-05-14
IEEE802.11DCF\BER_change\Throughput BER=(3.000000e-004).txt, 1786 , 2009-05-14
IEEE802.11DCF\BER_change\Throughput BER=(3.000000e-04).txt, 15860 , 2018-05-16

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

  • java实现的几类排序算法包括,快速算法,SHELL算法等非常经典的算法...
    java实现的几类排序算法包括,快速算法,SHELL算法等非常经典的算法-achieving several of the sorting algorithms include rapid algorithm, SHELL algorithm very classic algorithm
    2022-07-01 03:50:25下载
    积分：1
  • 86962206echocancelling
    ECG信号干扰相消，基于MATLAB的仿真代码(ECG signal interference cancellation, simulation code based on MATLAB)
    2020-10-30 16:59:55下载
    积分：1
  • ET199改客户号和ATR
    说明：  修改ET199锁的客户号和ATR值，适用于模拟的ET199锁。(Modify the customer number and ATR of ET199 lock)
    2019-04-10 09:03:33下载
    积分：1
  • 4种用法的弹出框浮动层，可拖动
    4种用法的弹出框浮动层，可拖动，Ajax弹出层效果，一共有4种不同形式的弹出框效果，不过风格基本一样，示例截图只是其中一种风格，怎么样？还行吧？
    2022-07-06 19:28:00下载
    积分：1
  • multiple-signal-time-frequency
    说明：  一篇多分量信号的最优的时频表示的分析研究，比较具有综述性质(multiple signal optimal time frequency represents)
    2011-03-02 12:48:14下载
    积分：1
  • TEST_TCP
    使用C# 实现上位机通过TCP进行通讯模块，(Realizing the Communication Module of Upper Computer through TCP)
    2020-06-23 20:40:01下载
    积分：1
  • HV cable
    说明：  提出了一种基于随机森林的局放特征优选新方法。结果证明，随机森林算法是一种有效的电缆局放特征优选方法，并有望推广到其他电力设备局放的特征寻优。(A new method based on Stochastic Forest for local feature selection is proposed. The results show that the stochastic forest algorithm is an effective method for feature optimization of Cable Partial discharge, and it is expected to be extended to other power equipment partial discharge feature optimization.)
    2020-06-19 05:40:01下载
    积分：1
  • 超级EA大全集
    精选外汇EA源码，仅供学习，请不要用于实盘，否则后果自负。(Selected foreign exchange EA source code, only for learning, please do not use in the real offer, otherwise the consequences are at your own risk.)
    2019-06-01 20:18:25下载
    积分：1
  • renshiguanli
    A simple Android version of personnel management student work source code, including staff information management, personal wage information management, department management and a comprehensive query function, all information is stored in the mobile phone SQLite
    2020-06-22 19:40:02下载
    积分：1
  • Jsp上传图片并裁切
    Jsp上传图片并裁切，并可放大图片，可作为用户中心的头像图片裁切上传功能，基于jquery内核的图片裁切，需要注意的是，用document. ready事件中在上传后第一次转向时无法获取到图片的打开，应该是没有被下载来的缘故。可以拖动图片以裁剪满意的头像。头像图片的大小应不大于2.5M。
    2023-03-12 07:10:03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！