一种简便的基于矩阵计算的NDN模拟器

Xiaoke Jiang, J. Bi, Youjie Wang, Pingping Li, Zhaogeng Li
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引用次数: 2

摘要

本文提出了一种简便的基于矩阵计算的NDN网络结构模拟器。该模拟器在某种程度上类似于牛顿力学,一旦给定NDN网络的系统初始状态、路由表、内容分布、初始数据请求信息,就可以根据矩阵运算计算出所有后续的网络状态。该模拟器将兴趣生成、兴趣转发、内容命中和传输等数据包处理事件转化为网络尺度上的矩阵计算。该模拟器比NS3和CCNx更容易使用,但可以提供相似的仿真结果和更多的细节。计算复杂度取决于所涉及的内容和节点的数量,这使得小组节点和内容之间的分析非常简单和快速。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
An Easy Matrix Computation Based Simulator of NDN
This paper presents an easy matrix computation based simulator of NDN network architecture. This simulator is just like Newtonian mechanics in some way, once given the system initial state, routing table, content distribution, initial data requesting information of NDN network, the simulator can figure out all of the subsequent network state based on matrix operation. This simulator turns packet process event, such as interest generating, interest forwarding, content hitting and transmitting, to matrix computation on the network scale. This simulator is much easier to use than NS3 and CCNx, but it can provide similar simulation result and more details. And the computational complexity depends on number of involved contents and nodes, which makes analysis between small group of nodes and contents very simple and fast.
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