计算机科学
决策模型
平面图(考古学)
生成模型
自然灾害
运筹学
工作(物理)
数据收集
决策模型
决策支持系统
数据建模
马尔可夫决策过程
感知
机器学习
人工智能
数据科学
马尔可夫过程
生成语法
工程类
地理
心理学
数学
考古
气象学
神经科学
统计
机械工程
数据库
作者
Nutchanon Yongsatianchot,Stacy Marsella
摘要
Hurricanes are devastating natural disasters. To effectively plan to help people at risk during a hurricane, a model of human decision-making is needed to predict people's decisions and to potentially identify ways to influence those decisions. In this work, we propose a generative model of human decision making based on a Markov Decision Process where we explicitly model concerns, risk perception, and information. As a first step toward evaluating the model, the work presented here focuses on one step of the decision part of the model. We created a questionnaire based on the model and collect data from 2018 Hurricanes, Florence and Michael. The results show that, across hurricane data-sets that we collected, the features of the models correlate well with evacuation decisions and our model outperforms existing methods in most cases, demonstrating the validity of the proposed model.
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