An adaptable microcomputer model for evacuation management

Weinroth, Jay

doi:10.1007/bf01040378

Cited by 9 publications

(3 citation statements)

References 6 publications

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“…This leads to the dependence of evacuation plans on the time of day, and also requires an assessment of the training schedule in terms of organizing the unobstructed movement of people during evacuation. The solution of these problems for educational buildings is complicated by the presence of moments of time when people move from one room to another, for example, during breaks between classes [7].…”

Section: Literature Review and Problem Statementmentioning

confidence: 99%

Development of an information system and software for effective building evacuation plan

Kozbakova

Amirgaliyev

Kalizhanova

et al. 2022

EEJET

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The main goal of the work is to create the optimal emergency evacuation plan in general education institutions according to the schedule at a certain time. The work developed an information model of the evacuation system, taking into account the schedule of classes and classrooms. The methodology of the system approach, which ensures the compatibility of heterogeneous devices to find an operationally optimal evacuation plan in real time, was developed. A conceptual scheme of an evacuation system using heterogeneous sources of receiving and transmitting information about emergencies is proposed. Determined the input and output sources of receiving and transmitting information about the number of people in the building. Developed software for the rapid and most effective evacuation of people from the educational institution and can be used for other types of buildings. The importance of this work is the creation of an integrated evacuation information system based on mathematical modeling of multi-criteria optimization problem of flow distribution and design, construction technology receiving and transmitting data and information notification systems for the selected type of building. in order to adopt an operational evacuation plan. The results of this paper allow the systematic organization of evacuation training, preparing resources so that in the event of an emergency it is possible to quickly respond and conduct the evacuation process to avoid major consequences. The use of information technology greatly increases the efficiency of evacuation systems, so the development of new integrated and intelligent info-communication approaches to solve the problem of evacuation is currently very relevant

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Section: Literature Review and Problem Statementmentioning

confidence: 99%

Development of an information system and software for effective building evacuation plan

Kozbakova

Amirgaliyev

Kalizhanova

et al. 2022

EEJET

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“…Originating from the egress problem [151], emergency navigation is the process of guiding evacuees to exit when a disaster happens. This section will present an overview of current research on emergency navigation algorithms.…”

Section: Literature Surveymentioning

confidence: 99%

Emergency and Normal Navigation in Confined Spaces

Bi¹

2013

Preprint

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“…As a pioneer document, it is necessary to mention the work realized Weinroth (1989), as well as numerous programs: EXITT, EVACSIM, EXIT-89, TIMTEX, STEPS, CRISP, ASERI, PEDGO, PEDROUTE, and WAY OUT between others. Of all the known applications, possibly the most spread correspond to the program SI-MULEX (Thomson, 1995) and EXODUS (Galea, 1993(Galea, , 1994(Galea, , 2001, both developed in the United Kingdom and available commercially.…”

Section: S Casadesús Pursals; F Garriga Garzónmentioning

confidence: 99%

Basic principle for the solution of the building evacuation problem

Garzón

Pursals

2009

JIEM

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Nowadays, there exist different offers to find the solution of the building evacuation problem. As we analyze in the state of the art, this problem can be studied from different perspectives and even as a problem of optimization considering different objectives. We can wonder on which is the most suitable formulation and the response can be as confusing as saying that it depends on our aims. The more important things to study the ideal building evacuation, understood as the distribution of the occupants towards the exits that achieves the minimal evacuation time, are the valid principles for any formulation of the problem. One of them appears in the present work. To expose the principle, we use graphical procedures that are applied to the optimization of the enclosure evacuation. In the exposed procedure, speeds and constant flows of traffic are considered to model the movement of the persons. Ways and possible delays in the beginning of the bulging evacuation are studied.

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An adaptable microcomputer model for evacuation management

Cited by 9 publications

References 6 publications

Development of an information system and software for effective building evacuation plan

Development of an information system and software for effective building evacuation plan

Emergency and Normal Navigation in Confined Spaces

Basic principle for the solution of the building evacuation problem

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