Large Imbalance Data Classification Based on MapReduce for Traffic Accident Prediction

Seong-hun Park, Young-guk Ha
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引用次数: 33

Abstract

In modern society, our everyday life has a close connection with traffic issues. One of the most burning issues is about predicting traffic accidents. Predicting accidents on the road can be achieved by classification analysis, a data mining procedure requiring enough data to build a learning model. Regarding building such a predicting system, there are several problems. It requires lots of hardware resources to collect traffic data and analyze it for predicting traffic accidents since the data is very huge. Furthermore, data related to traffic accidents is few comparing with data which is not related to them. The numbers of two types of data are imbalanced. The purpose of this paper is to build a predicting model that can resolve all these problems. This paper suggests using Hadoop framework to process and analyze big traffic data efficiently and a sampling method to resolve the problem of data imbalance. Based on this, the predicting system, first of all, preprocess traffic big data and analyzes it to create data for the learning system. The imbalance of created data is corrected by a sampling method. To improve predicting accuracy, corrected data is classified into several groups, to which classification analysis is applied. These analysis steps are processed by Hadoop framework.
基于MapReduce的交通事故预测大不平衡数据分类
在现代社会,我们的日常生活与交通问题密切相关。最紧迫的问题之一是预测交通事故。预测道路上的事故可以通过分类分析来实现,这是一个数据挖掘过程,需要足够的数据来建立一个学习模型。在建立这样一个预测系统的过程中,有几个问题。由于交通数据非常庞大,需要大量的硬件资源来收集和分析交通数据以预测交通事故。此外,与交通事故相关的数据相比,与交通事故无关的数据很少。两类数据数量不均衡。本文的目的就是建立一个能够解决这些问题的预测模型。本文提出利用Hadoop框架对大流量数据进行高效的处理和分析,并采用采样方法解决数据不平衡问题。在此基础上,预测系统首先对交通大数据进行预处理和分析,为学习系统生成数据。通过抽样的方法来校正生成数据的不平衡。为了提高预测精度,将校正后的数据分成若干组,并对这些组进行分类分析。这些分析步骤由Hadoop框架处理。
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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