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EPIC: Efficient Path-Independent Capabilities in Mobile Ad Hoc Networks

机译:史诗:在移动临时网络中有效的路径无关能力

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In this paper, we investigate the issues that arise in the use of network capabilities to facilitate DoS prevention and mitigation in mobile ad hoc networks. Most proposals for capability-based protocols in wired networks depend upon routers on the path between the sender and receiver maintaining state that enables them to verify a capability. Frequent route changes make it necessary for any capability-based protocol for MANETs to reestablish this state as efficiently as possible. We propose EPIC, a method based on reverse-disclosure hash chains to support the establishment of path-independent capabilities and show how they can be efficiently maintained in a high mobility environment. Simulation results show that EPIC provides a 25.9% increase in performance and a 38.3% increase in efficiency over route-dependent capabilities.
机译:在本文中,我们调查了使用网络能力来促进移动临时网络中的DOS预防和缓解的问题。有线网络中基于能力的协议的大多数提案都依赖于发送者和接收者维护状态之间的路径上的路由器,使它们能够验证能力。频繁的路径更改使得任何基于能力的协议都需要尽可能有效地重新建立此状态。我们提出史诗,一种基于反向披露哈希链的方法,支持建立路径独立的能力,并显示如何在高移动环境中有效地保持它们。仿真结果表明,史诗的性能提高25.9%,效率增加38.3%,依赖于依赖的能力。

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