基于PCA的人口流动分析——以铁路附近人口数据为例

S. Kim, T. Shibuya, Shingo Toride, Y. Endo
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引用次数: 0

摘要

自然灾害和事故造成的损失每年都在增加。为了减少这种损害的蔓延,及时发现事故是很重要的。然而,目前的传感系统很难使用,因为它们的覆盖范围很窄,并且专门用于很少可检测的事故。在本文中,我们提出了一种方法,通过计算人流异常的程度,将一个普通的人流作为一个单一的大型传感器来检测灾害和事故。可以认为,人的流动在人们的日常生活中具有典型的模式,例如上班和下班。开发人员流动异常检测方法,可以发现事故、灾害等潜在原因。本文以铁路运营状况为例,研究了一种检测人流量异常的方法。我们确认我们的方法可以检测到实际的操作暂停。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Human-Flow Analysis Based on PCA:A Case Study on Population Data Near Railway
The damage caused by natural disasters and accidents is increasing every year. To reduce such damage from spreading, it is important to detect an accident promptly. However, current sensing systems are difficult to use because they have narrow coverage and are specialized in few detectable accidents. In this paper, we propose a method to detect disasters and accidents by calculating the degree of an anomaly in human flow by treating a common human flow as a single large sensor. Human flow can be assumed to have typical patterns in people’s daily life, such as going to work and leaving work. Developing an anomaly detection method of human flow can lead to the discovery of any hidden causes such as accidents and disasters. In this paper, we study a method that aims to detect anomalies in human flow, considering the operational status of railways as an example. We confirm that our method can detect the actual suspension of operations.
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