无线多跳网络性能与安全性测试平台

发布时间：2018-06-12 08:16

本文选题：无线路由协议 + 无线多跳网络　；参考：《计算机研究与发展》2015年03期

【摘要】：无线多跳网络的分布式工作特点和无线传播介质的特性导致其面临着严峻的性能和安全性挑战,而为弥补以往研究过分依赖仿真分析的不足,基于路由代数与统一路由模型,设计并实现了多种设备的试验测试平台(testbed for high-level analysis of wireless ad-hoc routing design,TH-award).该平台采用模块化架构设计了协议库、参数库和测试库,便于用户扩展无线路由协议,有效实现在同一平台上对协议性能与安全性的综合测试,保证了测试平台的可扩展性与兼容性;能以仿真、测试、试验等不同应用模式实现其测试功能,具有良好的适用性与开放性;平台具有分布式管理架构、路由测试引擎等相关设计,能有效实现配置管理、运行分析的自动化,具有很高的可管理性.基于该平台,实现了多种路由协议的快速设置与部署,基于多种场景测试验证了平台的有效性,该平台为研究各种无线路由协议的性能及安全性提供了一种重要手段.
[Abstract]:The characteristics of the wireless multi hop network and the characteristics of the wireless media lead to the challenge of the severe performance and security. In order to make up for the shortcomings of the previous research on the simulation analysis, the testbed for high-level an is designed and implemented based on the routing algebra and unified routing model. Alysis of wireless ad-hoc routing design, TH-award). The platform uses modular architecture to design the protocol library, parameter library and test library to facilitate the user to expand the wireless routing protocol, effectively implement the comprehensive test on the performance and security of the protocol on the same platform, ensure the scalability and compatibility of the test platform; can be simulated and measured. Test, test and other different application modes to realize its test function, it has good applicability and openness; the platform has distributed management architecture, routing test engine and other related designs, can effectively realize configuration management, automation of operation analysis, and has high manageability. Based on this platform, the rapid setup of various routing protocols is realized. The effectiveness of the platform is verified by a variety of scene tests. The platform provides an important means to study the performance and security of various wireless routing protocols.
【作者单位】：清华大学计算机科学与技术系;
【基金】：国家自然科学基金项目(60932003,61020106002,61071065,11171368) 国家“九七三”重点基础研究发展计划基金项目(2010CB328105,2009CB320505) 中国博士后基金项目(2013M540952) 清华大学自主科研项目(20121087999)
【分类号】：TN915.08

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