APRENDIZADO DE MÁQUINA UTILIZANDO AGRUPAMENTO E REGRESSÃO NA PREVISÃO DE LOCAIS DE ACIDENTES DE TRÂNSITO EM ZONAS URBANAS

Caio Kraut
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引用次数: 0

Abstract

With the urbanization of Brazilian cities, automobile locomotion has become indispensable, so the area of urban mobility has increased on an exponential scale, resulting in an increase in traffic violence, whether caused by traffic jams, human bias or infrastructure problems. This work proposes a solution that predicts accident locations within urban areas based on temporal data (date and time) of accidents. It uses the K-Means algorithm to group and KNN Regressor to predict, within the sample of accident data from the city of São Paulo collected between 2019 and 2021, a predictive model with an accuracy of 96.04% within a tolerance of 500m was obtained.
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利用聚类和回归预测城市交通事故地点的机器学习
随着巴西城市的城市化,汽车出行变得不可或缺,因此城市交通的面积呈指数级增长,导致交通暴力的增加,无论是由于交通堵塞,人为偏见还是基础设施问题。这项工作提出了一种基于事故的时间数据(日期和时间)预测城市区域内事故位置的解决方案。使用K-Means算法进行分组,并使用KNN回归器进行预测,在2019 - 2021年收集的圣保罗市事故数据样本中,获得了误差在500m范围内准确率为96.04%的预测模型。
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来源期刊
自引率
0.00%
发文量
17
审稿时长
12 weeks
期刊最新文献
ESTUDO DE TRÁFEGO DE VEÍCULOS, INTERVENÇÕES DE SINALIZAÇÕES E URBANISMO TÁTICO NO ENTORNO DO HOSPITAL DA VIDA COMO POLO GERADOR DE VIAGENS ENGLISHVR: USO DE REALIDADE VIRTUAL NO ENSINO DA LÍNGUA INGLESA NAS ESCOLAS DE ENSINO FUNDAMENTAL ESTADUAL BRASILEIRO ANÁLISE DE METAIS POTENCIALMENTE CONTAMINANTES NOS PEIXES DO RIO TAQUARI, BACIA DO RIO PARAGUAI, MUNICÍPIO DE COXIM-MS MODELO SEMÂNTICO DE OPERAÇÕES ARITMÉTICAS E LÓGICAS PARA HARDWARE VIRTUAL PHYSIOVR: FERRAMENTA DE REALIDADE VIRTUAL APLICADO NA REABILITAÇÃO CARDIOVASCULAR
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