MAMA:用于高效无线传感器网络的多应用中间件

Philipp M. Glatz, L. Hörmann, C. Steger, R. Weiss
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引用次数: 2

摘要

无线传感器网络(WSN)是一种资源受限的设备。这是由于针对特定于应用程序且具有成本效益的场景和设置进行了优化。由于电池技术的发展仍然相当缓慢,并且WSN固有的冗余适合容错方案,因此这些优化中的许多或大多数都是建立在功率感知方面和可靠性措施之上的。我们在这里所做的是实现一个编程范例,其中几个应用程序可以在WSN的不同子集之间异构地分布。多个应用程序可以在同一台设备上并行运行。这比为每个应用程序部署硬件要高效得多。多应用中间件(MAMA)层允许同时轻松运行不同的TinyOS应用程序。并发传感器使用和消息传递由MAMA处理。仿真运行、硬件部署、功耗分析和范围测量的结果显示出良好的可扩展性,只有很少的时间和内存开销以及节能特性。
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MAMA: Multi-applicationmiddleware for efficient wireless sensor networks
Wireless sensor network (WSN) motes are resource constrained devices. This is due to optimizations tailoring them towards application-specific and cost-efficient scenarios and setups. Many to most of these optimizations are built upon power aware aspects and dependability measures due to the fact that battery technology still evolves quite slowly and WSN's inherent redundancy is suitable for fault-tolerant schemes. What we do here is implementing a programming paradigm where several applications may be distributed heterogeneously among different subsets of a WSN's motes. Multiple applications can be run side by side on the same mote. This is far more efficient than deploying hardware for each and every application. The Multi-Application Mid-dlewAre (MAMA) layer allows running different TinyOS applications at the same time easily. Concurrent sensor usage and messaging is handled by MAMA. Results from simulation runs, hardware deployments, power profiling and scope measurements show good scalability, only little timing and memory overhead and power efficient properties.
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