An Approach to Ranking Integrated Models for Risk Assessment by Using the Internet of Intelligences

In natural disaster risk assessment, it is referred to as integrated model which is used to integrate information. The statistical model is essentially integrated model. Usually, people try to search the reasons that choose a model from the theory or case. Based on the thinking of experimental risko...

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Main Authors: Weidan Wang, Sen Qiao, Fanlei Zeng, Jun Guo, Chongfu Huang
Format: Article
Language:English
Published: Atlantis Press 2016-03-01
Series:Journal of Risk Analysis and Crisis Response (JRACR)
Subjects:
Online Access:https://www.atlantis-press.com/article/25852969.pdf
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spelling doaj-4c51b521840d450c9c7b2e1f8e338a102020-11-24T22:12:26ZengAtlantis PressJournal of Risk Analysis and Crisis Response (JRACR)2210-85052016-03-016110.2991/jrarc.2016.6.1.1An Approach to Ranking Integrated Models for Risk Assessment by Using the Internet of IntelligencesWeidan WangSen QiaoFanlei ZengJun GuoChongfu HuangIn natural disaster risk assessment, it is referred to as integrated model which is used to integrate information. The statistical model is essentially integrated model. Usually, people try to search the reasons that choose a model from the theory or case. Based on the thinking of experimental riskology, this paper puts forward with the idea that an experimental platform, which is used to test integrated models, can be built with the Internet of intelligences. In this way, models can be ranked, that provides some reference for the users. In this paper, the models of analytic hierarchy process, the median method corresponding to time and comprehensive evaluation method are used to integrate the useful information provided by three agents online in the gobang game, and then play with the computer. Through analyzing the results of Human-Computer Fighting people can judge which model is better. The experimental results show that for gobang, the effect of simple comprehensive evaluation method is better than analytic hierarchy process.https://www.atlantis-press.com/article/25852969.pdfRisk assessmentinformation integrationexperimental riskologyinternet of intelligencesgobang
collection DOAJ
language English
format Article
sources DOAJ
author Weidan Wang
Sen Qiao
Fanlei Zeng
Jun Guo
Chongfu Huang
spellingShingle Weidan Wang
Sen Qiao
Fanlei Zeng
Jun Guo
Chongfu Huang
An Approach to Ranking Integrated Models for Risk Assessment by Using the Internet of Intelligences
Journal of Risk Analysis and Crisis Response (JRACR)
Risk assessment
information integration
experimental riskology
internet of intelligences
gobang
author_facet Weidan Wang
Sen Qiao
Fanlei Zeng
Jun Guo
Chongfu Huang
author_sort Weidan Wang
title An Approach to Ranking Integrated Models for Risk Assessment by Using the Internet of Intelligences
title_short An Approach to Ranking Integrated Models for Risk Assessment by Using the Internet of Intelligences
title_full An Approach to Ranking Integrated Models for Risk Assessment by Using the Internet of Intelligences
title_fullStr An Approach to Ranking Integrated Models for Risk Assessment by Using the Internet of Intelligences
title_full_unstemmed An Approach to Ranking Integrated Models for Risk Assessment by Using the Internet of Intelligences
title_sort approach to ranking integrated models for risk assessment by using the internet of intelligences
publisher Atlantis Press
series Journal of Risk Analysis and Crisis Response (JRACR)
issn 2210-8505
publishDate 2016-03-01
description In natural disaster risk assessment, it is referred to as integrated model which is used to integrate information. The statistical model is essentially integrated model. Usually, people try to search the reasons that choose a model from the theory or case. Based on the thinking of experimental riskology, this paper puts forward with the idea that an experimental platform, which is used to test integrated models, can be built with the Internet of intelligences. In this way, models can be ranked, that provides some reference for the users. In this paper, the models of analytic hierarchy process, the median method corresponding to time and comprehensive evaluation method are used to integrate the useful information provided by three agents online in the gobang game, and then play with the computer. Through analyzing the results of Human-Computer Fighting people can judge which model is better. The experimental results show that for gobang, the effect of simple comprehensive evaluation method is better than analytic hierarchy process.
topic Risk assessment
information integration
experimental riskology
internet of intelligences
gobang
url https://www.atlantis-press.com/article/25852969.pdf
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