登录
首页 » matlab » IEEE802.11DCF

IEEE802.11DCF

于 2018-05-22 发布 文件大小:212KB
0 185
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

  • I2C
    MSP430F147,ST7920A,片上AD，通过uart与上位机通信，上位机程序采用VB编写，另外单片机采样数据通过EEPROM保存。(MSP430F147, ST7920A, chip AD, through the uart communicat with PC, PC s programme finished by VB, and sampling data preserved in EEPROM.)
    2009-06-12 07:24:28下载
    积分：1
  • use of a Turbo C sheet prepared by the Russian game, the graphics library is Gra...
    一个使用Turbo C编写的俄罗斯方块的游戏，使用的图形库是TC自带的Graphics图形库。内附详细开发文档、开发日志和使用说明。-use of a Turbo C sheet prepared by the Russian game, the graphics library is Graphics TC onboard graphics library. Contains detailed documentation, log and use.
    2022-01-25 15:09:17下载
    积分：1
  • TLC2543
    TLC2543经典应用笔记,SPI接口的11路12bit的高速AD转换的应用笔记。(TLC2543 Application Notes classic, SPI interface, the 11 Road 12bit AD conversion of high-speed application note.)
    2010-08-21 23:18:05下载
    积分：1
  • LL(1)文法分析
    LL（1）文法的识别，和LL（1）分析表的构造(Recognition of LL(1) Grammar and Construction of LL(1) Analysis Table)
    2019-01-02 15:59:09下载
    积分：1
  • 双负载法Matlab程序
    说明：  可以进行传递损失的计算,在阻抗管中的傅立叶变换(This title can calculate transmission loss)
    2019-05-06 21:18:15下载
    积分：1
  • 采用网格地图SLAM算法，基于Rao
    采用网格地图SLAM算法，基于Rao-Blackwellized的粒子滤波器-GridSLAM is an easy to use and understand Rao-Blackwellized particle filer to learn grid maps from laser range data.
    2022-03-20 02:12:39下载
    积分：1
  • C section of the relevant network
    有关C的一段网络相关实例，对Ad hoc的AODV路由协议在OPNET下进行程序仿真-C section of the relevant network-related examples of AODV for Ad hoc routing protocols under the procedures in the OPNET simulation
    2022-06-13 03:21:51下载
    积分：1
  • 64142411VRP
    本算法采用了基于蚁群算法的遗传算法对车辆进行调度，车辆能够找到最优路径，实现最短时间调度，实验验证了算法良好。(The algorithm uses a genetic algorithm based on ant colony algorithm to schedule the vehicle the vehicle can find the optimal path to achieve the shortest time scheduling experiments show that the algorithm is good.)
    2017-11-21 16:31:38下载
    积分：1
  • Spark核心编程原理
    说明：  编程原理的流程图方便思考，请使用visio打开(The flow chart of programming principle, please use Visio to open it)
    2020-06-18 20:20:01下载
    积分：1
  • php use the skills for the development of procedures with PHP helpful
    php使用的技巧,对于用PHP开发程序很有帮助-php use the skills for the development of procedures with PHP helpful
    2023-02-13 01:55:03下载
    积分：1
  • 696518资源总数
  • 106164会员总数
  • 18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© 2019-2025 | 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！