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首页> 外文期刊>International Journal of Distributed and Parallel Systems >ANODR-ECC Key Management protocol with TELNET to secure Application and Network layer for Mobile Adhoc Networks
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ANODR-ECC Key Management protocol with TELNET to secure Application and Network layer for Mobile Adhoc Networks

机译：带有TELNET的ANODR-ECC密钥管理协议可保护移动自组织网络的应用程序和网络层

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摘要

A mobile ad hoc network (MANETs) is a self-organizing network that consists of mobile nodes that are connected through wireless media. A number of unique features, such as lack of infrastructural or central administrative supports, dynamic network topologies, open communication channels, and limited device capabilities and bandwidths, have made secure, reliable and efficient routing operations in MANET a challenging task. The ultimate goal of the security solutions for MANET is to provide security services, such as authentication, confidentiality, integrity, anonymity, and availability to mobile users. To achieve the goals, the security solution need for entire protocol stack. . The proposed protocol ANODRECC with Telnet provide application layer security and it ensures route anonymity and location privacy and is robust against eavesdropping attack.For route anonymity, it prevents strong adversaries from tracing a packet flow back to its source or destination; for location privacy, it ensures that adversaries cannot discover the real identities of local transmitters. The simulation is done using network simulator qualnet 5.0 for different number of mobile nodes. The proposed model has exposed improved results in terms of Average throughput, Average end to end delay, Average packet delivery ratio and Average jitter.
机译：移动自组织网络（MANET）是一个自组织网络，由通过无线媒体连接的移动节点组成。许多独特的功能，例如缺乏基础设施或中央管理支持，动态网络拓扑，开放的通信通道以及有限的设备功能和带宽，使得MANET中的安全，可靠和高效的路由操作成为一项艰巨的任务。 MANET安全解决方案的最终目标是为移动用户提供安全服务，例如身份验证，机密性，完整性，匿名性和可用性。为了实现这些目标，安全解决方案需要整个协议栈。 。提议的带有Telnet的ANODRECC协议可提供应用程序层安全性，并确保路由匿名性和位置隐私性，并且对窃听攻击具有鲁棒性。对于路由匿名性，它可防止强大的攻击者追踪数据包流返回其源或目的地;为了保护位置隐私，它可以确保对手无法发现本地发射机的真实身份。使用网络模拟器Qualnet 5.0针对不同数量的移动节点进行了仿真。所提出的模型在平均吞吐量，平均端到端延迟，平均数据包传输率和平均抖动方面显示出改进的结果。

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