无线传感器网络中的重构与管理

R. Tompkins, Thomas B. Jones, Robert E. Nertney, Christopher E. Smith, Patricia Gilfeather-Crowley
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引用次数: 10

摘要

下一代无线传感器网络(wsn)需要在该领域具有可持续性。可持续性带来了一些管理上的困难。这些挑战之一是现场可编程性。未来的wsn将由具有不同架构、功能和操作系统的节点组成。当前重新编程wsn的解决方案要么需要同质网络,要么需要大量开销。我们的节点管理层Trigger可以在只需要更改几个参数时无线重新配置异构节点。我们的方法具有可管理的处理器开销,同时显著减少了网络流量。触发器为WSN提供了现场可编程性。这种重新配置可以简单地纠正节点管理任务,如节点中的传感器漂移。此外,Trigger还包含节点上下文的抽象。这意味着Trigger可以做出关于策略的本地决策(如电源管理)。Trigger是一种简单、轻量级的方法,用于更改程序和节点参数以及管理节点策略。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Reconfiguration and management in Wireless Sensor Networks
The next generation of Wireless Sensor Networks (WSNs) will need to be sustainable in the field. Sustainability presents a number of management difficulties. Among these challenges is field programmability. Future WSNs will consist of nodes with different architectures, capabilities, and operating systems. Current solutions for reprogramming WSNs either require homogenous networks or substantial overhead. Our node management layer, Trigger, can wirelessly reconfigure heterogeneous nodes when only a few parameters need to be changed. Our method has a manageable processor overhead while significantly decreasing network traffic. Trigger provides field-programmability to the WSN. This reconfiguration can simply rectify node-management tasks like sensor drift in a node. Furthermore, Trigger contains an abstraction of node context. This means Trigger can make local decisions about policy (like power management). Trigger is an easy, lightweight method to change program and node parameters and to manage node policy.
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