无线MAC协议服务

Tae-Suk Kim, T. Park, M. Sha, Chenyang Lu
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引用次数: 3

摘要

随着智能手机和无线传感器在社会中的迅速普及,智能手机将成为连接无线传感器与用户和互联网的个人枢纽。由于应用程序和网络条件的频繁变化,连接个人集线器和无线传感器的无线网络必须以最小的能量成本满足时变的QoS要求。提出了一种面向空中协议服务的新型协议服务系统(PSS)体系结构。与传统无线网络静态先验选择单一MAC协议不同,PSS在运行时在多个MAC协议之间切换,动态优化能效主体,满足当前QoS要求。为了满足无线传感器的内存限制,PSS采用基于组件的可重构MAC架构来支持多种MAC协议,通过组件共享显著减少内存占用。通过PSS架构的概念验证实现和运行Android操作系统的个人集线器原型的开发,PSS的可行性得到了验证。
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Toward MAC Protocol Service over the air
With the rapid permeation of smartphones and wireless sensors in our society, smartphones are poised to become personal hubs connecting wireless sensors with users and the Internet. Due to frequent changes to applications and network conditions, wireless networks connecting a personal hub and wireless sensors must meet time-varying QoS requirements at minimal energy cost. This paper presents the architecture of a novel Protocol Service System (PSS) towards the vision of protocol service over the air. In contrast to traditional wireless networks where a single MAC protocol is statically selected a priori, PSS switches among multiple MAC protocols at run time to dynamically optimize power efficiency subject and meet current QoS requirements. To meet the memory constraint on wireless sensors PSS employs a component-based reconfigurable MAC architecture to support multiple MAC protocols at significantly reduced memory footprint through component sharing. The feasibility of PSS has been demonstrated through a proof-of-concept implementation of the PSS architecture and the development of a personal hub prototype running the Android OS.
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