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Ultra-Low Power Data Storage for Sensor Networks

机译:用于传感器网络的超低功耗数据存储

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Local storage is required in many sensor network applications, both for archival of detailed event information, as well as to overcome sensor platform memory constraints. Recent gains in energy efficiency of new-generation NAND flash storage have strengthened the case for in-network storage by data-centric sensor network applications. We argue that current storage solutions offering a simple file system abstraction are inadequate for sensor applications to exploit storage. Instead, we propose Capsule-a rich, flexible and portable object storage abstraction that offers stream, file, array, queue and index storage objects for data storage and retrieval. Further, Capsule supports checkpointing and rollback of object state for fault tolerance. Our experiments demonstrate that Capsule provides platform independence, greater functionality and greater energy efficiency than existing storage solutions.
机译:在许多传感器网络应用程序中都需要本地存储,既可用于存档详细的事件信息,又可克服传感器平台内存的限制。新一代NAND闪存存储在能源效率方面的最新进展加强了通过以数据为中心的传感器网络应用程序进行网络内存储的情况。我们认为,当前提供简单文件系统抽象的存储解决方案不足以使传感器应用程序利用存储。取而代之的是,我们提出了Capsule,这是一种丰富,灵活且可移植的对象存储抽象,可为数据存储和检索提供流,文件,数组,队列和索引存储对象。此外,Capsule支持检查点和对象状态回滚以实现容错功能。我们的实验表明,与现有的存储解决方案相比,Capsule提供了平台独立性,更强大的功能和更高的能源效率。

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