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A Proactive Trickle-based Mechanism for Discovering CoRE Resource Directories

机译:基于主动Tri流的发现CoRE资源目录的机制

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The CoRE working group at the IETF has proposed a Resource Directory (RD) solution to facilitate the discovery of the resources provided by constrained wireless sensor and actuator networks. For such a mechanism to be effectively deployable, nodes must first discover the existence of an RD in the network before being able to exploit its functionalities. This paper presents Proactive RD Discovery (PRD); a scalable, reliable, and effective mechanism to discover an RD. To achieve such qualities, the proposed mechanism deploys adaptive Trickle timers. PRD is implemented in Contiki OS and evaluated using emulated sensor/actuator nodes in the Cooja simulator. Simulation results show important performance enhancements in terms of energy consumption, generated traffic, RD discovery time, and reliability when compared with the default discovery mechanism bundled with the RD.
机译:IETF的CoRE工作组提出了一种资源目录(RD)解决方案,以促进发现受约束的无线传感器和执行器网络提供的资源。为了有效地部署这种机制,节点必须首先发现网络中RD的存在,然后才能利用其功能。本文介绍了主动RD发现(PRD);一种发现RD的可扩展,可靠且有效的机制。为了达到这样的质量,所提出的机制部署了自适应Tri流计时器。 PRD在Contiki OS中实现,并使用Cooja模拟器中的仿真传感器/执行器节点进行评估。与RD捆绑的默认发现机制相比,仿真结果显示出在能耗,生成的流量,RD发现时间和可靠性方面的重要性能增强。

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