Contagion of Evacuation Decision Making on Real Map

Iwanaga, Saori; Namatame, Akira

doi:10.1007/s11036-016-0704-x

Cited by 4 publications

(5 citation statements)

References 10 publications

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“…One crucial validation of the model is that not all Exp-Agents in high-risk areas are taking protective behaviour, as it was observed in the case of Sint Maarten, see Simpsons Bay Village ( 6), Union Farm (29) and Little Bay Village (57). The opposite also applies, there are some agents in no so-hazardous areas taking protective behaviour, see Sucker Garden (47) and Bloomingdale (63). This behaviour is possible to achieve due to the randomness of some variables used to set up the model.…”

Section: Methodsmentioning

confidence: 92%

“…Three neighbourhoods increase the probability of performing protective action: Cockpit ( 11), Cay Bay (9) and Welegelegen (58). In contrast, eight neighbourhoods present a reduction in the probability of taking protection: Maho ( 8), Wind Sor ( 14), Industrie ( 23), Zaeger gut (61),Bishop Hill (35), Sucker Garden (47), Bloomingdale (63), Hope State (49). Some of the probable reasons for the changes in probabilities of protective actions were discussed more extensively in Chapter 7.…”

Section: Exposure Mapping In Adramentioning

confidence: 99%

“…In Contrast, some neighbourhood tends to have a positive change towards protective behaviour across the experiments. The neighbourhoods are located in the central portion of Lower Prince's Quarter administrative zone, one neighbourhood in Cole Bay (cay bay, ID=9), three neighbourhoods in Upper Prince's Quarter (Sucker Garden (47), Over the Bank (52), and Vineyard ( 53)), Fort hill (26) in Little Bay and Philipsburg. These areas were identified as those where more evacuation is expected associated with poor housing condition and high socioeconomic vulnerability indexes and may promote agents to activate their protective measures when a hazard is forecasted.…”

Section: Adra Computationmentioning

confidence: 99%

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Adaptive Disaster Risk Assessment Combining Multi-Hazards With Socioeconomic Vulnerability and Dynamic Exposure

Peña¹

2021

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xi evolueren. Onze methodiek is een holistische beoordeling van risico, ADRA, en beoordeelt rampenrisico met een adaptieve aanpak, in welke de blootstellingscomponenten expliciet gekwantificeerd en in kaart gebracht is. ADRA is een mensgericht aanpak en kan gebruikt worden om te kwantificeren welke middelen meer effect hebben op risicoverlaging en tonen waar deze middelen een significantere impact zullen hebben. Daarnaast biedt dit proefschrift praktische aanbevelingen voor ramp-risico managers en beleidsmakers in Sint-Maarten om het risico van natuurrampen op het eiland te verlagen.

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Section: Methodsmentioning

confidence: 92%

Section: Exposure Mapping In Adramentioning

confidence: 99%

Section: Adra Computationmentioning

confidence: 99%

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Adaptive Disaster Risk Assessment Combining Multi-Hazards With Socioeconomic Vulnerability and Dynamic Exposure

Peña¹

2021

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“…Clark et al prove the complex box bounds for real maps [21]. Iwanaga and Namatame signified evacuation decision-making contagion on a real map [22]. Jia et al proposed a mobility model based on a real map for VANETs to overwhelm the existing model's disadvantages [23].…”

Section: Introductionmentioning

confidence: 99%

Analysis of Dynamical Behavior of One-Dimensional Real Maps: An Executable Dynamical Programming Software Approach

Ullah,

Akter,

Kabir

2023

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The dynamical behavior of real-world phenomena is implausible graphically due to the complexity of mathematical coding. The present article has mainly focused on some one-dimensional real maps' dynamical behavior irrespective of using coding. In continuation, linear, quadratic, cubic, higher-order, exponential, logarithmic, and absolute value maps have been used to scrutinize their dynamical behavior, including the characteristics of the orbit of points. Dynamical programming software (DPS.exe) will be proposed as a new technique to ascertain the dynamical behavior of said maps. Thus, a mathematician can automatically determine one-dimensional real maps' dynamical behavior apart from complicated programming code and analytical solutions.

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“…The main research work of this paper is to simulate the occurrence, development, and impact of urban disasters on the information system. Then, based on the embedded image system, the evacuation problem is studied [ 9 ]. This is an important safety factor in modern society and has attracted attention from all walks of life [ 10 ].…”

Section: Introductionmentioning

confidence: 99%

Virtual Reality Technology Based on Embedded Image System Simulates Urban Disasters

Wang

Jahng

2022

Computational Intelligence and Neuroscience

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At present, urban disasters are generally valued by various companies and organizations. Although many companies claim to have effectively tested their urban disaster recovery plans, the effectiveness, completeness, and efficiency of their test plans still exist in many aspects. Therefore, it is very important to effectively check the city’s disaster recovery plan. Nowadays, both the scientific research community and the industrial community have paid enough attention and research to urban disaster backup. This is a shield of a guaranteed simulation system. The research in this paper belongs to the category of urban disaster virtual reality technology. Urban disaster virtualization is an integral part of virtual reality technology in the current information technology field. Based on the embedded image system, this article divides the virtualization of urban disasters into two meanings: one is to virtualize various disasters into one type of disaster, so as to focus attention on the process and mechanism of disasters on the information system. The meaning is to virtualize different disaster response methods in the standard process, and all links are interrelated and interdependent so that the highest level of disaster response can be implemented. The main goal of disaster virtualization is to integrate different disasters into a comprehensive model. This paper studies urban disasters through embedded image systems and uses virtual reality technology to establish a simulation system to complete the test.

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Contagion of Evacuation Decision Making on Real Map

Cited by 4 publications

References 10 publications

Adaptive Disaster Risk Assessment Combining Multi-Hazards With Socioeconomic Vulnerability and Dynamic Exposure

Adaptive Disaster Risk Assessment Combining Multi-Hazards With Socioeconomic Vulnerability and Dynamic Exposure

Analysis of Dynamical Behavior of One-Dimensional Real Maps: An Executable Dynamical Programming Software Approach

Virtual Reality Technology Based on Embedded Image System Simulates Urban Disasters

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