Learning from nature: network architecture inspired by biology

A. Nguyen, T. Nakano, T. Suda
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引用次数: 3

Abstract

Mobile and peer-to-peer network services are rapidly growing to include a large number of users that frequently join and leave such networks [4]. These networks are often highly heterogeneous and that wide varieties of devices are networked with varying connectivity and availability. As these underlying networks increase in scale, dynamics, and heterogeneity, network services must address the issues of scalability (the ability to accommodate enormous numbers of users in large-scale networks), adaptability (the ability to handle the dynamics and heterogeneity of network conditions), and availability (the ability to provide fault tolerant network services).
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向自然学习:受生物学启发的网络架构
移动和点对点网络服务正在迅速发展,包括大量频繁加入和离开此类网络的用户。这些网络通常是高度异构的,各种各样的设备以不同的连接性和可用性联网。随着这些底层网络在规模、动态和异构性方面的增加,网络服务必须解决可伸缩性(在大规模网络中容纳大量用户的能力)、适应性(处理网络条件的动态和异构性的能力)和可用性(提供容错网络服务的能力)等问题。
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