Next-generation technologies for preventing accidental death of children trapped in parked vehicles

V. Aiello, Parnian Najafi Borazjani, Ermanno Battista, Massimiliano Albanese
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引用次数: 17

Abstract

Integration of computational and physical elements into cyber-physical systems is increasingly finding application in a number of different domains, including smart power grids, medical technologies, and building automation. In this paper, we study how the notion of cyber-physical integration can be applied to the design of the next generation of safety devices for saving the life of children inadvertently left into parked vehicles. In the United States alone, an average 38 children die from heatstroke after being left into parked vehicles by their caregivers. To be effective, next-generation safety devices will need to have the capability of sensing the environment in and around the vehicle, integrating and processing data from an array of different sensors, assessing the risk in real time, and triggering appropriate corrective actions aimed at removing or mitigating the risk factors for the child.
防止被困在停放车辆中的儿童意外死亡的新一代技术
将计算和物理元素集成到网络物理系统中,越来越多地应用于许多不同的领域,包括智能电网、医疗技术和楼宇自动化。在本文中,我们研究了如何将网络物理集成的概念应用于下一代安全装置的设计中,以挽救无意中被遗弃在停放车辆中的儿童的生命。仅在美国,平均就有38名儿童被照顾者留在停放的车辆中,死于中暑。为了提高安全性,下一代安全设备需要能够感知车辆内部和周围的环境,整合和处理来自一系列不同传感器的数据,实时评估风险,并触发适当的纠正措施,以消除或减轻儿童的风险因素。
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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