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A Multipath Routing Protocol over Chord-based Internet Indirection Infrastructure (I3)

机译：基于和弦的互联网间接基础架构（I3）的多径路由协议

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One of architectural proposals for solving the "IP overloading problem" by splitting IP?s "identifier" function out of "locator" function is the Internet Indirection Infrastructure (I3). In I3, a host indirectly communicates with the other by sending data packet, specified by destination's ID instead of the IP address. Although, the I3 architecture overcomes several limitations of the original IP, it suffers in higher performance overhead incurring from the rendezvous place's overlay layer, especially for real-time applications. This study proposed a solution to increase the I3 performance by utilizing more available resources in the Internet using multipath transmission approach. The proposed scheme uses the stacking and redirecting function of the I3 to intercept the data packets injected at the sender local server. Then, those data packets will be distributed through several possible paths toward the receiver local server where the data will be forwarded directly to the receiver. Both local servers will cooperate together to dynamically search for available paths via I3 servers according to the network condition on the Internet. Based on simulations, the results suggest that the proposed scheme can significantly improve the I3 performance even in environments with mobile hosts.
机译：通过将IPΔS“标识符”函数从“定位器”功能中求解“IP重载问题”的建筑提案之一是Internet间接基础架构（I3）。在I3中，通过发送由目的地ID指定的数据包而不是IP地址来间接地与另一个主体通信。虽然，I3架构克服了原始IP的几个限制，但它遭受了从Rendezvous Place的覆盖层产生的更高的性能开销，特别是对于实时应用。本研究提出了一种解决方案来通过使用多径传输方法在因特网中使用更多可用资源来提高I3性能。所提出的方案使用I3的堆叠和重定向功能拦截在发件人本地服务器处注入的数据包。然后，这些数据分组将通过朝向接收器本地服务器的多个可能的路径分发，其中数据将被直接转发到接收器。本地服务器都将根据Internet上的网络条件通过I3服务器进行合作，以便通过I3服务器动态搜索可用路径。基于仿真，结果表明，即使在具有移动主机的环境中，所提出的方案也可以显着提高I3性能。

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