A protocol extension for selective reprogramming of WSNs

Emanuel Lima, P. Carvalho, Ó. Gama
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引用次数: 1

Abstract

Wireless sensor networks (WSNs) are expected to operate for long time periods, often in places of difficult access. Thus, the ability to reprogram remotely and selectively sensor nodes becomes crucial in the maintenance and management of these networks. From the operating systems mostly used in WSNs, only TinyOS supports natively a reprogramming protocol (Deluge). The epidemic nature of Deluge, without supporting selective reprogramming, compromises the potentially vast application of WSNs. This paper proposes a new protocol as an extension of Deluge, allowing selective reprogramming of sensor nodes based on the platform type or node identifier. Aspects such as robustness and efficiency are taken into account in the protocol design and implementation, while assuring backward compatibility with Deluge. This new reprogramming protocol provides the required flexibility for deploying versatile WSNs, comprising heterogeneous nodes and applications.
一种用于wsn选择性重编程的协议扩展
无线传感器网络(wsn)通常需要在难以进入的地方长时间运行。因此,远程重新编程和选择性传感器节点的能力在这些网络的维护和管理中变得至关重要。从主要用于wsn的操作系统来看,只有TinyOS原生支持重编程协议(Deluge)。洪水的流行病性质,不支持选择性重编程,损害了wsn的潜在广泛应用。本文提出了一种新的协议作为Deluge的扩展,允许基于平台类型或节点标识符对传感器节点进行选择性重编程。在协议设计和实现中考虑了鲁棒性和效率等方面,同时确保了与Deluge的向后兼容性。这种新的重编程协议为部署由异构节点和应用程序组成的多功能wsn提供了所需的灵活性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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