宽带网络的流量特性:对可扩展性的影响

Sanjeev Kumar, A. Bajpai, Pinaki Chattopadhyaya
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引用次数: 0

摘要

我们今天看到的网络正变得越来越复杂,因为有更多的节点或计算机加入其中。几年后,由于最新手机的加入将导致大规模的通信网络,这将超出预期。本文解决了即将到来的最具挑战性的问题,即当前协议是否能够在非常大的网络中以相同的效率运行,从而观察到可扩展性问题。如果在每个节点上具有有限缓冲区空间的网络的性能不会随着网络总规模的增加而降低,则协议或网络体系结构是缓冲区可伸缩的或可伸缩的。有人认为,大型网络的数学处理是必不可少的,因为建立大型网络用于实验目的是不可行的。
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Traffic Characteristics of Broadband Networks: Impact on Scalability
The networks as we see today are increasingly becoming more complex as additional nodes or computers are being added to it. It would be beyond expectations after few years as addition of latest mobiles would result in massive communication networks. This paper addressed most challengeable upcoming issue whether the present protocols would be able to function with the same efficiency in very large networks and so questions of scalability are observed. A protocol or network architecture is buffer scalable or scalable if the performance of the network with limited buffer space at each node does not degrade as the total size of the network increases. It is argued that mathematical treatment of large networks is essential as it is not feasible to build large networks for experimental purposes.
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