众包能创造缺失的坠机数据吗?

S. Milusheva, R. Marty, Guadalupe Bedoya, Elizabeth Resor, Sarah Williams, Arianna Legovini
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引用次数: 4

摘要

更新至2020年6月1日。道路交通事故是儿童和青年死亡的主要原因。然而,关于rtc的数据不完整,阻碍了许多据称死亡率最高的发展中国家有效的道路安全政策制定。我们从网上抓取了85万条推文来创建崩溃数据,并开发了一种机器学习算法来定位rtc。在识别包括坠机地点在内的一系列地点方面,我们的算法几乎是标准地质解析算法的两倍。除此之外,在大多数情况下,它从一组可能的位置中识别出崩溃的唯一位置。我们派遣一组摩托车司机到假定的撞车现场实时验证众包数据的有效性,并记录算法的性能。对于有兴趣通过机器学习方法以低成本改进RTC数据的国家来说,这项研究可以作为一种概念证明,并大幅增加可用于分析RTC和优先考虑道路安全政策的数据。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Can crowdsourcing create the missing crash data?
UPDATED---June 1, 2020. Road traffic crashes (RTCs) are the primary cause of death among children and young adults. Yet data on RTCs is incomplete, hindering effective road safety policymaking in many developing countries where mortality is purportedly highest. We web-scrape 850,000 tweets to create crash data and develop a machine learning algorithm to geolocate RTCs. Our algorithm is nearly twice as precise as a standard geoparsing algorithm in identifying the set of locations that include the crash location. Above and beyond, it identifies the unique location of a crash from the set of possible locations in a majority of cases. We dispatch a set of motorcycle drivers to the site of the presumed crash in real time to verify the validity of the crowdsourced data and document the performance of the algorithm. The study can be used as a proof of concept for countries interested to improve RTC data at low cost through a machine learning approach and substantially increase the data available to analyze RTCs and prioritize road safety policies.
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