在快速增长和计划外城市实施智能城市危机管理:哥伦比亚情景

Michael Puentes, Irene Arroyo Delgado, Oscar Carrillo, H. CarlosJBarrios, Frédéric Le Mouël
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引用次数: 2

摘要

自然灾害或人为灾害可能对城市地区造成巨大破坏,最终可能夺走生命。至关重要的是,要了解事件的特点,及时处理信息,帮助受影响的人或防止所有公民进入危险区,然后才能有时间应对危机。物联网(IoT)对这种情况有很大影响,因为通过不同设备的大量数据可以提供有关情况和参与危机的人员的信息。在一场灾难中,桑坦德工业大学,michael.puentes@correo.uis.edu.co,哥伦比亚布卡拉曼加。2马德里政治大学(UPM),irene.ad97@gmail.com,马德里,西班牙。3 CPE Lyon,oscar.carrillo@cpe.fr,法国里昂。4桑坦德工业大学,cbarrios@uis.edu.co,哥伦比亚布卡拉曼加。5 INSA Lyon,frederic.le-mouel@insa-lyon.fr,法国里昂。Universidad EAFIT 151 |在快速增长和计划外城市实现危机管理的智能城市:哥伦比亚的大问题加剧了主要危机的情况是虚假信息,因此,在发生灾难时,有必要拥有可用和可靠的数据,也有必要了解提供信息系统的数据。为了向受影响的人通报危机事件,以前有一些工作使用了来自传感器、社交网络文本或图像的数据,最终进行处理[1]、[2]、[3]、[4]、[5]、[6]、[7]、[8]。本文旨在回顾城市实施危机管理平台的研究案例,重点关注物联网环境,在物联网环境中,应用程序使用混合数据进行处理,以帮助处于危机情况下的公民。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Towards Smart-City Implementation for Crisis Management in Fast-Growing and Unplanned Cities: the Colombian Scenario
Natural or human-made disasters could do huge damage in urban areas and eventually could take lives. It is fundamental to get knowledge of the event’s characteristics to dispose of hasty information to help affected people or to prevent all the citizens from the danger zone, and then it will get time to respond to the crisis. Internet of Things (IoT) has a big impact on this kind of situation because a large amount of data through different devices could provide information about the situation, and about the people that are involved in the crisis. In a disaster, one 1 Universidad Industrial de Santander, michael.puentes@correo.uis.edu.co, Bucaramanga, Colombia. 2 Universidad Politécnica de Madrid (UPM), irene.ad97@gmail.com, Madrid, España. 3 CPE Lyon, oscar.carrillo@cpe.fr, Lyon, France. 4 Universidad Industrial de Santander, cbarrios@uis.edu.co, Bucaramanga, Colombia. 5 INSA Lyon, frederic.le-mouel@insa-lyon.fr, Lyon, France. Universidad EAFIT 151| Towards Smart-City Implementation for Crisis Management in Fast-Growing and Unplanned Cities: The Colombian Scenario of the big problems adding to the principal crisis is the disinformation, for that reason is necessary to have available and trusty data in case of disaster, also to know the data that provided the information system. To inform the affected people around the crisis event, there is exist some previous works that have used data from sensors, social networks text, or images, to finally be processed [1],[2],[3],[4],[5],[6],[7],[8]. This paper aims to review study-cases where cities implement crisis management platforms, focus on IoT environment where applications use hybrid data to be processed to help citizens in a crisis situation.
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