WSN仿真代码别人给我的 希望对大家有帮助

WSN吞吐量程序_wsn网络_WSN吞吐量_WSN_wsngui_WSN仿真数据.zip

完整代码，可直接运行

Omnet 4.0 WSN 简单的仿真框架，可自己扩展

OMNET++结合MiXiM ，更方便做无线移动网络的仿真，MiXiM结合和扩展了一些现有的模拟框架来发展基于OMNeT++的无线移动仿真。它提供了详细的无线通道模型（褪色等），无线连接，移动模型，障碍模型和许多通信协议尤其是在媒体访问控制（MAC）层的协议。此外，它提供的基于OMNeT++的无线移动网络的用户友好的图形表示，支持调试和定义，即使是复杂的无线方案也支持。

目录 注意：如有问题，请先参阅问题管理！ 介绍 该项目旨在提供一个简单方便的界面，依靠Contiki OS生成Cooja模拟并为无线传感器网络（WSN）部署恶意节点，该传感器使用针对低功率和有损设备（RPL） （ RFC 6550 ）的路由协议网络层。 使用此框架，可以重新定义RPL配置常量，修改ContikiRPL库中的单行或使用自己的外部RPL库来轻松定义仿真活动（以JSON格式）。 而且，可以针对每个模拟基于相同或随机的拓扑来生成活动中的实验。 使用该框架进行的一些测试案例： 测试案例1：泛洪攻击 恶意微粒的范围为3、7、10 没有恶意微粒的电源跟踪 使用恶意微粒进行功率跟踪 测试案例2：版本控制攻击 合法的DODAG 实施版本控制攻击（全局修复） 没有恶意微粒的电源跟踪 使用恶意微粒进行功率跟踪 测试案例3a：黑洞攻击 合法的DODAG 黑洞攻击行动

第七章 实例（无线传感器网络移动节点定位仿真）································ ····179 概述····································································································································································· 179 7.1 移动定位算法介绍··································································································································· 179 7.1.1 室内移动节点定位算法································ ································ ································ ········ 179 7.1.1.1 Active Badge 系统································ ································ ································ ··········· 180 7.1.1.2 RADAR 系统································ ································ ································ ··················· 180 7.1.1.3 Cricket 系统································ ································ ································ ····················· 180 7.1.2 室外移动节点定位算法································ ································ ································ ········ 181 7.1.2.1 基于静态定位的移动定位算法 ································ ································ ····················· 181 7.1.2.2 纯移动定位算法································ ································ ································ ············· 182 7.2 移动定位算法的 OMNeT++仿真········································································································· 183 7.2.1 MCL（Monte Carlo Localization）定位算法简介 ································ ······························· 183 7.2.2 MCL（Monte Carlo Localization）的 OMNeT++仿真································ ························ 185 7.2.2.1 建立网络拓扑································ ································ ································ ················· 185 7.2.2.2 编码阶段································ ································ ································ ························· 190 7.3.总结和发展趋势·························································

无线传感器网络仿真的NS2实现 论文，本文通过例子，介绍了基于IEEE802.15.4协议的无线传感器网络仿真的实现。并且结合该实例详细说明了NS2中随机场景的生成和tcl脚本编写方法，以及仿真结果的分析过程。

这是omnet++WSN仿真手册，里面一步步的教你如何模拟仿真一个路由协议工作流程

基于OMNET++，用C++实现的WSN 仿真。 包括OMNET NED文件。在windows下可正常运行。