This paper investigates the use of wireless mobile ad hoc sensor networks in the nationwide cattle monitoring systems. This problem is essential for monitoring general animal health and detecting outbreaks of animal diseases that can be a serious threat for the national cattle industry and human health. ududWe begin by describing a number of related approaches for supporting animal monitoring applications and identify a comprehensive set of requirements that guides our approach. We then propose a novel infrastructure-less, self -organized peer to peer architecture that fulfills these requirements. The core of our work is the novel data storage and routing protocol for large scale, highly mobile ad hoc sensor networks that is based on the Distributed Hash Table (DHT) substrate that we optimize for disconnections. We show over a range of extensive simulations that by exploiting nodes’ mobility, packet overhearing and proactive caching we significantly improve availability of sensor data in these extreme conditions.
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机译:本文研究了无线移动自组织传感器网络在全国牛监测系统中的使用。这个问题对于监视总体动物健康和发现可能对国家养牛业和人类健康构成严重威胁的动物疾病暴发至关重要。 ud ud我们首先介绍支持动物监测应用程序的许多相关方法,并确定指导我们方法的全面要求。然后,我们提出了一种新颖的,无需基础设施的,自组织的对等体系结构,可以满足这些要求。我们工作的核心是针对大规模,高度移动的自组织传感器网络的新颖数据存储和路由协议,该协议基于我们针对断开连接进行了优化的分布式哈希表(DHT)基板。我们展示了一系列广泛的模拟,这些模拟通过利用节点的移动性,数据包窃听和主动缓存来显着提高在这些极端条件下传感器数据的可用性。
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