The 2021 Champlain Towers South Condominiums collapse in Surfside, Florida, resulted 98 deaths. Nine people are thought to have survived the initial collapse, and might have been rescued if rescue workers could have located them. Perhaps, if rescue workers had been able to use robots to search the interior of the rubble pile, outcomes might have been better. An improved understanding of the environment in which a robot would have to operate to be able to search the interior of a rubble pile would help roboticists develop better suited robotic platforms and control strategies. To this end, this work offers an approach to characterize and visualize the interior of a rubble pile and conduct a preliminary analysis of the occurrence of voids. Specifically, the analysis makes opportunistic use of four days of aerial imagery gathered from responders at Surfside to create a 3D volumetric aggregated model of the collapse in order to identify and characterize void spaces in the interior of the rubble. The preliminary results confirm expectations of small number and scale of these interior voids. The results can inform better selection and control of existing robots for disaster response, aid in determining the design specifications (specifically scale and form factor), and improve control of future robotic platforms developed for search operations in rubble.
翻译:2021年佛罗里达州Surfside的Camplain Towers South General Condaniums在2021 Champlain Towers South Connaniums的倒塌导致98人死亡。9人被认为在最初的倒塌中幸存下来,如果救援人员能够找到他们的话,他们可能会被救出。也许,如果救援人员能够使用机器人搜索瓦砾堆的内部,结果可能更好。更好地了解机器人必须操作才能搜索瓦砾堆的内部的环境,有助于机器人学家开发更合适的机器人平台和控制战略。为此,这项工作提供了一种方法,对瓦砾堆的内部进行定性和视觉化,并对空隙的发生进行初步分析。具体地说,分析利用苏夫赛德救援人员收集的4天空中图像的机会利用了从苏尔夫赛德收集到的空中图像来创造3D的崩溃综合模型,以便查明和辨别瓦砾堆内部内的空空空空空空空空间。初步结果证实了这些空隙的数量和规模的预期。结果可以帮助机器人更好地选择和控制现有的救灾机器人,帮助确定设计规格(具体的规模和形式因素),帮助确定设计设计设计设计设计标准。