Short-Term and Long-Term Computing Models of Internet Diameter

Ye Xu, Zhuo Wang, Wen-bo Zhang
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引用次数: 1

Abstract

Internet Diameter is an Internet property defined in this paper being of great significance in measuring Internet performance. Approaches in short-term and long-term computing of Internet Diameter were mainly discussed. In short-term part, the computing approach was based on a composite mathematical model made up of a fundamental framework - logistic model, together with additional adjustment models. Parameters in the composite model were finally confirmed through rounds of calculation by Genetic Algorithm. Approach in long-term computing is somewhat more complicated compared with the short-term one. It has a preliminary requirement that the variation of Internet Diameter should have primary features of dynamic Chaos system. Then, a property of Internet Diameter in Chaos point of view, e.g., correlation dimension, was calculated. And it helped construct a system of 3-dimension equations providing practical approaches for the computation of the long-term Internet Diameter.
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互联网直径的短期和长期计算模型
网络直径是本文定义的一种网络属性,对衡量网络性能具有重要意义。重点讨论了网络直径的短期和长期计算方法。在短期部分,计算方法是基于一个复合数学模型,该模型由一个基本框架-逻辑模型和附加的调整模型组成。通过遗传算法的多轮计算,最终确定复合模型中的参数。长期计算的方法比短期计算的方法要复杂一些。初步要求网络直径的变化应具有动态混沌系统的基本特征。然后,从混沌的角度计算了网络直径的相关维数。它还帮助建立了一个三维方程组,为计算长期互联网直径提供了实用的方法。
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