登录
首页 » matlab » WSN-NSGA-III-master

WSN-NSGA-III-master

于 2020-10-15 发布
0 296
下载积分: 1 下载次数: 5

代码说明:

说明:  #运行实验: 1-转到代码并打开configationfile.m 2-在ConfData数组中设置所需的算法参数值 3-运行代码,结果将存储在结果文件夹中。 #展示实验结果: 1-转到结果文件夹 2-您可以运行以下文件之一: -运行plotResuts3D\u pareto.m以显示nsgai、nsga3和MOJPSO之间的比较 -运行MplotSensors.m来绘制NSGA3的传感器分布图 -运行MplotStatistics.m来绘制NSGA3的执行时间和传感器数量统计信息(# To run the expermints : 1- go to code and open configrationFile.m 2- set the values of the Algorithm parameters that you want in the ConfData Array 3- run the code and the results willbe stored in results folder. # To Show the results of expermints: 1- go to results folder 2- you can run one of this files : -run plotResuts3D_pareto.m to show the comparasion btween NSGAII,NSGA3and MOJPSO -run MplotSensors.m to plot the sensor distribution for NSGA3 -run MplotStatistics.m to plot the execution time and sensors number statistics for NSGA3 -run plotResults2D.m to plot the pareto in 2D)

文件列表:

WSN-NSGA-III-master, 0 , 2020-10-14
WSN-NSGA-III-master\.gitattributes, 66 , 2019-10-25
WSN-NSGA-III-master\LICENSE, 35129 , 2019-10-25
WSN-NSGA-III-master\README.md, 704 , 2019-10-25
WSN-NSGA-III-master\code, 0 , 2020-10-14
WSN-NSGA-III-master\code\@NSGA3, 0 , 2020-10-15
WSN-NSGA-III-master\code\@NSGA3\GenerateReferencePoints.m, 1332 , 2019-10-25
WSN-NSGA-III-master\code\@NSGA3\MOP2.m, 905 , 2019-10-25
WSN-NSGA-III-master\code\@NSGA3\MOP3.m, 917 , 2019-10-25
WSN-NSGA-III-master\code\@NSGA3\NSGA3.m, 2967 , 2019-10-25
WSN-NSGA-III-master\code\@NSGA3\PlotCosts.m, 950 , 2019-10-25
WSN-NSGA-III-master\code\@NSGA3\RunAlgorithm.m, 1868 , 2019-10-25
WSN-NSGA-III-master\code\@NSGA3\RunAlgorithm2.m, 2810 , 2019-10-25
WSN-NSGA-III-master\code\@NSGA3\SortAndSelectPopulation.m, 2530 , 2019-10-25
WSN-NSGA-III-master\code\@NSGA3\initialization.m, 2721 , 2019-10-25
WSN-NSGA-III-master\code\@NSGA3\initialization2.m, 1648 , 2019-10-25
WSN-NSGA-III-master\code\@NSGA3\license.txt, 1326 , 2019-10-25
WSN-NSGA-III-master\code\@NSGA3\main.m, 777 , 2019-10-25
WSN-NSGA-III-master\code\@NSGA3\nsga33.m, 3762 , 2019-10-25
WSN-NSGA-III-master\code\@NSGA3\www.yarpiz.com.url, 115 , 2019-10-25
WSN-NSGA-III-master\code\AdjacencyMatrix.m, 541 , 2019-10-25
WSN-NSGA-III-master\code\AssociateToReferencePoint.m, 1317 , 2019-10-25
WSN-NSGA-III-master\code\CalculateDistances.m, 1050 , 2019-10-25
WSN-NSGA-III-master\code\ComputeMinimumRci.m, 1736 , 2019-10-25
WSN-NSGA-III-master\code\ComputeMinimumRsi.m, 1055 , 2019-10-25
WSN-NSGA-III-master\code\ConfigurationFile.m, 1416 , 2019-10-25
WSN-NSGA-III-master\code\Coverage.m, 1132 , 2019-10-25
WSN-NSGA-III-master\code\Crossover.m, 2460 , 2019-10-25
WSN-NSGA-III-master\code\Crossover2.m, 992 , 2019-10-25
WSN-NSGA-III-master\code\DetermineDomination.m, 802 , 2019-10-25
WSN-NSGA-III-master\code\DetermineVoronoiCellsDistances.m, 960 , 2019-10-25
WSN-NSGA-III-master\code\Dominates.m, 532 , 2019-10-25
WSN-NSGA-III-master\code\Dominates2.m, 923 , 2019-10-25
WSN-NSGA-III-master\code\GeneralTest.m, 879 , 2019-10-25
WSN-NSGA-III-master\code\IsEnvironmentCovered1.m, 660 , 2019-10-25
WSN-NSGA-III-master\code\IsEnvironmentCovered2.m, 769 , 2019-10-25
WSN-NSGA-III-master\code\IsEnvironmentCovered3.m, 501 , 2019-10-25
WSN-NSGA-III-master\code\IsGraphConnected1.m, 521 , 2020-10-15
WSN-NSGA-III-master\code\Life.m, 2678 , 2020-10-15
WSN-NSGA-III-master\code\MainFile.m, 3207 , 2020-10-14
WSN-NSGA-III-master\code\Mutate.m, 2398 , 2019-10-25
WSN-NSGA-III-master\code\NSGAIII result index1.mat, 34212 , 2019-10-25
WSN-NSGA-III-master\code\NonDominatedSorting.m, 2155 , 2019-10-25
WSN-NSGA-III-master\code\NonDominatedSorting2.m, 2211 , 2019-10-25
WSN-NSGA-III-master\code\NormalizePopulation.m, 1247 , 2019-10-25
WSN-NSGA-III-master\code\ObjectiveFunction.m, 668 , 2019-10-25
WSN-NSGA-III-master\code\PerformScalarizing.m, 1562 , 2019-10-25
WSN-NSGA-III-master\code\ProcessVoronoiVertices.m, 4626 , 2019-10-25
WSN-NSGA-III-master\code\UpdateIdealPoint.m, 1041 , 2019-10-25
WSN-NSGA-III-master\code\WSD-NSGA-III_%2B%2B3.mat, 13510 , 2019-10-25
WSN-NSGA-III-master\code\WSD-NSGA-III_P13.mat, 17743 , 2019-10-25
WSN-NSGA-III-master\code\WSD-NSGA-III_P23.mat, 24794 , 2019-10-25
WSN-NSGA-III-master\code\WSD-NSGA-III_P33.mat, 28301 , 2019-10-25
WSN-NSGA-III-master\code\WSD-NSGA-III_P43.mat, 57126 , 2019-10-25
WSN-NSGA-III-master\code\WSD-NSGA-III_P53.mat, 48274 , 2019-10-25
WSN-NSGA-III-master\code\WSD-NSGA-III_P63.mat, 56863 , 2019-10-25
WSN-NSGA-III-master\code\WSD-NSGA-II_3.mat, 3031 , 2019-10-25
WSN-NSGA-III-master\code\config.m, 433 , 2019-10-25
WSN-NSGA-III-master\code\state.mat, 28962 , 2019-10-25
WSN-NSGA-III-master\code\state2.mat, 44395 , 2019-10-25
WSN-NSGA-III-master\code\test.m, 384 , 2019-10-25
WSN-NSGA-III-master\results, 0 , 2020-10-14
WSN-NSGA-III-master\results\@MOJPSO, 0 , 2020-10-14
WSN-NSGA-III-master\results\@MOJPSO\BuildRankedPareto.m, 1033 , 2019-10-25
WSN-NSGA-III-master\results\@MOJPSO\ChooseTargetSolution.m, 463 , 2019-10-25
WSN-NSGA-III-master\results\@MOJPSO\CombineSolutionsCoverage.m, 3644 , 2019-10-25
WSN-NSGA-III-master\results\@MOJPSO\Initialization.m, 1826 , 2019-10-25
WSN-NSGA-III-master\results\@MOJPSO\MOJPSO.m, 2484 , 2019-10-25
WSN-NSGA-III-master\results\@MOJPSO\ObjectiveFunction.m, 704 , 2019-10-25
WSN-NSGA-III-master\results\@MOJPSO\RunAlgorithm.m, 2438 , 2019-10-25
WSN-NSGA-III-master\results\@NSGA3, 0 , 2020-10-14
WSN-NSGA-III-master\results\@NSGA3\GenerateReferencePoints.m, 1332 , 2019-10-25
WSN-NSGA-III-master\results\@NSGA3\MOP2.m, 905 , 2019-10-25
WSN-NSGA-III-master\results\@NSGA3\MOP3.m, 917 , 2019-10-25
WSN-NSGA-III-master\results\@NSGA3\NSGA3.m, 3034 , 2019-10-25
WSN-NSGA-III-master\results\@NSGA3\PlotCosts.m, 950 , 2019-10-25
WSN-NSGA-III-master\results\@NSGA3\RunAlgorithm.m, 1858 , 2019-10-25
WSN-NSGA-III-master\results\@NSGA3\RunAlgorithm2.m, 2810 , 2019-10-25
WSN-NSGA-III-master\results\@NSGA3\SortAndSelectPopulation.m, 2530 , 2019-10-25
WSN-NSGA-III-master\results\@NSGA3\initialization.m, 1648 , 2019-10-25
WSN-NSGA-III-master\results\@NSGA3\initialization2.m, 1648 , 2019-10-25
WSN-NSGA-III-master\results\@NSGA3\license.txt, 1326 , 2019-10-25
WSN-NSGA-III-master\results\@NSGA3\main.m, 777 , 2019-10-25
WSN-NSGA-III-master\results\@NSGA3\nsga33.asv, 3679 , 2019-10-25
WSN-NSGA-III-master\results\@NSGA3\nsga33.m, 3762 , 2019-10-25
WSN-NSGA-III-master\results\@NSGA3\www.yarpiz.com.url, 115 , 2019-10-25
WSN-NSGA-III-master\results\Evaluation Metrics, 0 , 2020-10-14
WSN-NSGA-III-master\results\Evaluation Metrics\AverageDiffVal.m, 374 , 2019-10-25
WSN-NSGA-III-master\results\Evaluation Metrics\Classes.docx, 15162 , 2019-10-25
WSN-NSGA-III-master\results\Evaluation Metrics\Delta.m, 1428 , 2019-10-25
WSN-NSGA-III-master\results\Evaluation Metrics\DeltaQuotMetric.m, 674 , 2019-10-25
WSN-NSGA-III-master\results\Evaluation Metrics\DeltaWithInterpolation.m, 1602 , 2019-10-25
WSN-NSGA-III-master\results\Evaluation Metrics\GenerationalDistance.m, 569 , 2019-10-25
WSN-NSGA-III-master\results\Evaluation Metrics\HyperVolume.m, 4693 , 2019-10-25
WSN-NSGA-III-master\results\Evaluation Metrics\OverallParetoSpread.m, 351 , 2019-10-25
WSN-NSGA-III-master\results\Evaluation Metrics\SetCoverage1.m, 785 , 2019-10-25
WSN-NSGA-III-master\results\Evaluation Metrics\SetCoverage2.m, 869 , 2019-10-25
WSN-NSGA-III-master\results\Evaluation Metrics\UniformDistribution.m, 551 , 2019-10-25
WSN-NSGA-III-master\results\Evaluation Metrics\desktop.ini, 133 , 2019-10-25
WSN-NSGA-III-master\results\Evaluation Metrics\numberOfNonDominatedSolutions.m, 224 , 2019-10-25

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

  • rader
    室内经典指纹定位算法rader的简洁实现(The classic fingerprint location algorithm rader simple implementation)
    2020-06-23 07:40:01下载
    积分:1
  • 多个DHT11和18b20的测量显示
    说明:  本资料为基于STM32的多个DHT11和18b20的测量显示,注释详细,供大家学习(This information is based on STM32 measurement of DHT11 and 18b20, detailed notes, for everyone to learn)
    2020-10-24 22:08:32下载
    积分:1
  • EX.大气波导测量最终版(协调器)
    基于CC2530的温湿压参数无线测量系统,CC2530作为主控芯片接收测量终端测量测到的传感器数据,并接收GPS数据实时提供位置信息,通过串口发送回上位机。(Based on the wireless measurement system of temperature, humidity and pressure parameters of CC2530, CC2530 as the main control chip receives the sensor data measured by the measurement terminal, and receives the GPS data to provide real-time location information, and sends it back to the host computer through the serial port.)
    2020-06-17 09:00:02下载
    积分:1
  • 51单片机TLC2543电压表
    基于51单片机的数字直流电压表相关材料,内容有原理图,仿真文件,论文材料,程序源码等。(The related materials of digital DC voltmeter based on 51 single chip computer include schematic simulation files, paper materials, program source code, etc.)
    2019-04-26 15:06:01下载
    积分:1
  • 基于STM32的智能垃圾桶
    说明:  基于STM32的智能垃圾桶,实现的功能有红外传感器检测自动开盖,LED屏显示,温湿度测量,超重报警,异味检测,可燃气体检测(Based on STM32 intelligent trash can, the functions realized include automatic cover opening of infrared sensor detection, LED screen display, temperature and humidity measurement, overweight alarm, odor detection, combustible gas detection)
    2020-09-22 20:17:51下载
    积分:1
  • 居于TM4C123G+CC3000的WIFI设计
    资源描述这是基于TM4C123G+CC3000的一套WIFI通信的方案的软件设计,开发环境为KEIL,它与底层传感器数据处理模块串口通信,与路由器无线链接  采用了UDP协议,是一套非常好,简单,高效的设计方案
    2022-07-13 10:13:24下载
    积分:1
  • ov7740驱动
    ov7740驱动程序,亲测可用。编译环境采用keil mdk,搭载平台为stm32f407(Ov7740 driver, available for personal testing)
    2019-06-10 11:49:32下载
    积分:1
  • ENERGY
    说明:  D2D分布式功控 提高系统内吞吐量。设备到设备(D2D)通信是5G通信的关键技术特征之一,它提供了一种有效的方法来应对(D2D distributed power control to improve system throughput)
    2019-03-31 11:27:39下载
    积分:1
  • ESP8266-DevKitC-V1.0_reference_design
    软件 kfjksan fkjwaln kjntgklwan(software fkahrijlenw aftgjak ngjklesafne)
    2020-06-20 07:40:01下载
    积分:1
  • 2个ZigBee节点组项目 (拓展)
    说明:  使用2个ZigBee节点组网,A做协调器,B做终端节点,PC机通过串口连接A,A协调器通过串口(发送命令)操控B终端节点写入和读取NV数据,NV数据为B终端节点指示灯的闪烁的时间间隔。(Two ZigBee nodes are used to form a network, A is used as coordinator, B is used as terminal node, PC is connected to A through serial port, A coordinator controls B terminal node to write and read NV data through serial port (sending commands). NV data is the flashing time interval of B terminal node indicator.)
    2020-06-23 06:40:01下载
    积分:1
  • 696516资源总数
  • 106442会员总数
  • 11今日下载