Towards Continuous Sensor Operation: Modelling a Secured Smart Sensor in a Sparse Network Operated by Energy Harvesting

Thomas W. Pieber, Benjamin Mößlang, Thomas Ulz, C. Steger
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Abstract

In modern society sensors are omnipresent. They gather information about their environment in order to optimize production flows, minimize energy usage, learn about the environment, or maximize the owner’s comfort. To achieve the desired goal in already existing buildings, sensors are introduced afterwards. These sensors might not be able to connect to a sensor network because of obstacles or user policies. If this happens, other mechanisms to create a network to gather the data need to be found. Additionally, these sensors should last for a long period and are therefore probably powered using energy harvesting methods. In this paper we present an approach for simulating the charging process of such sensors and connecting them to a network using mobile communication partners.
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面向传感器连续运行:基于能量收集的稀疏网络安全智能传感器建模
在现代社会,传感器无处不在。他们收集有关环境的信息,以优化生产流程,最大限度地减少能源使用,了解环境,或最大限度地提高业主的舒适度。为了在已经存在的建筑物中实现预期的目标,随后引入了传感器。由于障碍或用户策略,这些传感器可能无法连接到传感器网络。如果发生这种情况,则需要找到其他机制来创建网络以收集数据。此外,这些传感器应该持续很长一段时间,因此可能使用能量收集方法供电。在本文中,我们提出了一种方法来模拟这种传感器的充电过程,并使用移动通信伙伴将它们连接到网络。
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