Titlebook: Information Technology in Disaster Risk Reduction; Second IFIP TC 5 DCI Yuko Murayama,Dimiter Velev,Plamena Zlateva Conference proceedings

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书目名称Information Technology in Disaster Risk Reduction影响因子(影响力)




书目名称Information Technology in Disaster Risk Reduction影响因子(影响力)学科排名




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书目名称Information Technology in Disaster Risk Reduction网络公开度学科排名




书目名称Information Technology in Disaster Risk Reduction被引频次




书目名称Information Technology in Disaster Risk Reduction被引频次学科排名




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书目名称Information Technology in Disaster Risk Reduction年度引用学科排名




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书目名称Information Technology in Disaster Risk Reduction读者反馈学科排名

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无能力

Initial Use of Big Data and Open Data on Disaster Risk Management,nses, it is a growing trend that big data is dominating quality of disaster risk reduction, emergency preparedness and emergency operation. How to appropriately use big data depends on quality, transmission, exchange, storage, display and dissemination during the whole process data life cycle. “Data

Condyle

Supporting Decision Making in Disasters: The DiMas Tool, living and public spaces, and damage vital infrastructures necessary for everyday functions. The aims of this essay are to present the research tool, in its on-going and yet undefined configuration, and at the same time for involving the many time ICT aspects and challenges of coping with disaster

违法事实

Weather Data Handlings for Tornado Recognition Using mHGN,related to data handlings of not-accurately recorded data, and to those of complex weather data. The not-so-appropriate data handlings will produce high false positive and true negative rate of the recognition results. Yet, the latest development of those data handlings has been carried out, and has

NOMAD

植物茂盛

Adaptation of the Rules of the Models of Games with Nature for the Design of Safety Systems,odels of the so-called games with nature. The models of this type are very frequently used to make decisions under conditions of uncertainty. The situation also occurs in the process of designing safety systems. For the purposes of solving the problem, the appropriate understanding of the basic comp

Exonerate

laceration

,Estimating the Probability of Earthquake Magnitude Between Mw = 4 and Mw = 5 for Turkey,ts are much more. Earthquakes in varying magnitude between 4 Mw and 5 Mw cause uneasiness among the public even if they do not cause heavy damage. The aim of this study is to estimate the probability of an earthquake between 4.0 and 5.0 by using artificial neural network model. Monthly real data bet

Lipoprotein

,Enhancing Regional Disaster Resilient Trade and Investment – Business Continuity Management,ergy from integrated supply chain. When the large-scale disasters and catastrophes strike the Asia-Pacific Economic Cooperation (APEC) region - such as the 2004 Indian Ocean Tsunami or 2011 Great East Japan Earthquakes and Tsunamis, the impact on global value chain highlight the needs to promote bus