Managing mobility and adaptation in upcoming 802.21 enabled devices

F. Cacace, L. Vollero
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引用次数: 63

Abstract

One emerging characteristic of electronic devices is the increasing number of connectivity interfaces (aka NICs1) towards the outside world. That obviously translates in a set of technical issues related to their management in order to provide seamless connectivity when the connections move from one interface to another. The IEEE 802.21 is a recent effort of IEEE that aims at providing a general interface for the management of NICs. In this paper we discuss how the upcoming standard may be effectively exploited in a mobile context in order to hide network heterogeneity to end users. To accomplish this task, we propose a centralized element called Mobility Manager interfacing with the 802.21 sublayer and responsible for the application of connectivity policies. Based on a real testbed, we showed that the new standard and the MM can be used to improve network performance experienced by the end user. Moreover we showed how the MM can interact with adaptive applications in order to improve further the range of usability of real-time applications.
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管理即将推出的支持802.21的设备的移动性和适应性
电子设备的一个新特征是与外部世界的连接接口(即nic1)数量的增加。这显然转化为一系列与管理相关的技术问题,以便在连接从一个接口移动到另一个接口时提供无缝连接。IEEE 802.21是IEEE最近的一项努力,旨在为网卡管理提供通用接口。在本文中,我们讨论了如何在移动环境中有效地利用即将到来的标准,以便向最终用户隐藏网络异质性。为了完成这项任务,我们提出了一个称为移动管理器的集中元素,它与802.21子层接口,并负责连接策略的应用。在一个实际的测试平台上,我们证明了新标准和MM可以用来改善最终用户体验的网络性能。此外,我们还展示了MM如何与自适应应用程序交互,以进一步提高实时应用程序的可用性。
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