海报:在移动自组织网络中控制冗余重广播的细胞生物学启发模型

世界中学生文摘 Pub Date : 2015-09-11 DOI:10.1145/2801694.2801713

S. Sooriyaarachchi

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引用次数: 0

摘要

密集的manet应该被设计成尽可能无状态，节点不应该保持全局网络范围的状态。盲播符合这一要求，但会造成广播风暴问题。我们提出了一个由(i)风暴控制和(ii)洪水控制机制组成的协议，作为链路层协议以多跳方式携带单播数据。我们的方案从盲转播开始，通过一种受器官生长中生物细胞增殖控制中的chalone机制启发的方法来控制冗余转播。

本文章由计算机程序翻译，如有差异，请以英文原文为准。

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Poster: A Cell Biology Inspired Model for Controlling Redundant Rebroadcasts in Mobile Ad-hoc Networks

Dense MANETs should be designed to be as stateless as possible and the nodes should not keep global network-wide states. Blind rebroadcasting agrees with this requirement but it causes broadcast storm problem. We propose a protocol consisting of (i) storm control and (ii) flood control mechanisms to operate as a link layer protocol to carry unicast data in multihop manner. Our protocol startes with blind rebroadcasting and controls redundant rebroadcasts through a method inspired by chalone mechanism found in biological cell proliferation control in organ growth.

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世界中学生文摘

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4051