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A Network and Data Link Layer QoS Model to Improve Traffic Performance

机译:用于改善流量性能的网络和数据链路层QoS模型

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摘要

Currently, there are a lot of e-learning and collaborative platforms to support distance and collaborative learning, however, all of them were designed just like an application without considering the network infrastructure below. Under these circumstances when the platform is installed and runs in a campus, sometimes it has very poor performance. This paper presents a network and data link layer infrastructure design that classifies and prioritizes the voice and video traffic in order to improve the performance and QoS of the collaborative systems applications. This infrastructure has been designed taking in consideration a typical network of a university campus, so that in this way it can be implemented in any campus. After making the design we have made some tests in a laboratory network demonstrating that our design improves 70-130% the performance of these real time collaborative systems which transmit voice and video.
机译:当前,有很多电子学习和协作平台可支持远程和协作学习,但是,所有这些平台的设计都像一个应用程序,而没有考虑下面的网络基础结构。在这种情况下,当平台在校园中安装并运行时,有时性能会很差。本文提出了一种网络和数据链路层基础架构设计,该设计对语音和视频流量进行分类和优先级划分,以提高协作系统应用程序的性能和QoS。设计该基础结构时已考虑到大学校园的典型网络,因此可以在任何校园中实施。完成设计后,我们在实验室网络中进行了一些测试,证明我们的设计将这些传输语音和视频的实时协作系统的性能提高了70-130%。

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