A Qos based routing using genetic algorithm

Akash Punhani, Nitin
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引用次数: 5

Abstract

Now-a-days the Most of the Computer systems work in a network and the routing of the packets efficiently and pace fully is required to maintain the performance of the system. The performance of the system may vary from user to user as simple routing can work for simple transferring but as the new era techniques of come into existence new parameters came into existence like the bandwidth requirement for VoIP is one of them. Not only the bandwidth is the single requirement but on time packet delivery less loss of packets may also be the criteria. These all add some constrains into deciding the route of a packet from source to the destination. As we have the multiple criteria for evolution the problem of deciding the path becomes an NP hard problem. The Genetic Algorithms have been efficiently used for solving such type of Problem in Past. So an effort is made to solve the QOS Routing Problem using Evolutionary algorithm using the different sorting techniques to improve the performance time of the most efficient algorithm that is NSGA II. The Proposed Algorithm is then compared with the already available used for QOS routing like NSGA and NSGA II.
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使用遗传算法的基于Qos的路由
如今,大多数计算机系统都在网络中工作,为了保持系统的性能,需要有效而全面的数据包路由。系统的性能可能因用户而异,因为简单的路由可以用于简单的传输,但随着新时代技术的出现,新的参数出现,例如VoIP的带宽需求就是其中之一。带宽不仅是唯一的要求,而且及时发送数据包,减少数据包的丢失也可能是标准。这些都在决定数据包从源到目的地的路由时增加了一些约束。当我们有多个进化准则时,路径的确定问题就变成了NP困难问题。遗传算法在过去已被有效地用于求解这类问题。因此,为了解决QOS路由问题,我们尝试使用进化算法,使用不同的排序技术来提高最有效的NSGA II算法的性能时间。然后将所提出的算法与现有的QOS路由算法如NSGA和NSGA II进行了比较。
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