An integrated approach in achieving optimization using LS-FW-AC algorithm

S. Archana, R. Nadhiya Subashini, A. Vaishnavi
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Abstract

There are certain aspects in the field of networking that needs to be accomplished, yet it is very difficult to achieve. One such concept is Optimization. Achieving a high degree of reliability will eventually lead us to Optimization. But, achieving high degree of reliability?? This indeed is a very big problem that needs a solution. There have been many solutions before that solves the problem in some cases, yet there is nothing so called a global technique available that can be applied to any networks. The next big problem is guaranteeing Quality of Service (QOS). Our paper basically aims at providing a method or an approach which will give us a solution for both of these problems depicted above. The approach we are going to adopt is something related to effective utilization of the routing algorithms available. When one algorithm gives some efficiency criteria, then what will happen to the efficiency if some algorithms are combined? This basic fascination led us to use 3 known Routing algorithms namely Link state, Floyd war shall and Ant colony. These algorithms are applied in phases or stages to get some effective optimization result. This effective optimization will naturally lead us to a stage where we could easily guarantee QOS too. The state conditions that will possibly decrease the reliability criteria here can be easily overcome than in other cases where a single routing algorithm is used.
LS-FW-AC算法实现优化的集成方法
在网络领域中,有一些方面需要完成,但这是非常困难的。其中一个概念就是优化。实现高度的可靠性将最终引导我们走向优化。但是,实现高可靠性??这确实是一个需要解决的大问题。在某些情况下,已经有许多解决方案可以解决这个问题,但没有一种所谓的全球技术可以应用于任何网络。下一个大问题是保证服务质量(QOS)。我们的论文基本上旨在提供一种方法或途径,这将给我们一个解决上述两个问题。我们将要采用的方法与有效利用可用的路由算法有关。当一种算法给出了一些效率标准,那么如果将一些算法组合在一起,效率会发生什么变化?这种基本的魅力使我们使用了三种已知的路由算法,即链路状态,弗洛伊德战争和蚁群。这些算法分阶段或阶段应用,得到一些有效的优化结果。这种有效的优化自然会把我们带到一个可以很容易地保证QOS的阶段。与使用单一路由算法的其他情况相比,可以很容易地克服可能降低可靠性标准的状态条件。
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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