匿名路由在ddn中最大化投递率

Kazuya Sakai, Min-Te Sun, Wei-Shinn Ku, Jie Wu
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摘要

在本文中,我们寻求解决延迟容忍网络(DTNs)中的匿名通信。虽然互联网和自组织网络有许多不同的方法,但据我们所知,只有基于洋葱的路由的变体已经为ddn量身定制。由于每种类型的匿名路由协议都有其优点和缺点,因此没有单一的ddn匿名路由协议可以适应不同级别的安全需求。本文首先在原有的ad hoc网络匿名路由协议的基础上,设计了一套用于dtn的匿名路由协议,称为匿名流行病匿名路由和基于区域的匿名路由。然后,我们提出了一个包含上述所有协议的DTNs匿名路由(FAR)框架。通过调整其参数,所提出的FAR能够优于基于洋葱、匿名流行病和基于区域的路由。
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Anonymous Routing to Maximize Delivery Rates in DTNs
In this paper, we seek to address anonymous communications in delay tolerant networks (DTNs). While many different approaches for the internet and ad hoc networks, to the best of our knowledge, only variants of onion-based routing have been tailored for DTNs. Since each type of anonymous routing protocol has its advantages and drawbacks, there is no single anonymous routing protocol for DTNs that can adapt to the different levels of security requirements. In this paper, we first design a set of anonymous routing protocols for DTNs, called anonymous epidemic and zone-based anonymous routing, based on the original anonymous routing protocols for ad hoc networks. Then, we propose a framework of anonymous routing (FAR) for DTNs, which subsumes all the aforementioned protocols. By tuning its parameters, the proposed FAR is able to outperform onion-based, anonymous Epidemic, and zone-based routing.
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