灾害意识因素与无紧急警报疏散实验的相关性:火灾案例研究

IF 0.5 Q4 COMPUTER SCIENCE, HARDWARE & ARCHITECTURE International Journal of Embedded Systems Pub Date : 2020-12-09 DOI:10.1108/ijes-07-2019-0032
Akbar Adhiutama, Rony Darmawan, Shimaditya Nuraeni, N. F. Pambudi, N. Mulyono
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引用次数: 1

摘要

目的由于缺乏对灾害意识因素和灾害疏散作为灾害应对的一部分的相关性的研究,特别是在印度尼西亚的学术环境中发生火灾的情况下,这引发了本研究对案例研究学生在课堂上进行无紧急警报的灾害意识因素及疏散实验的探索。需要研究灾害意识因素在灾害疏散中转化为实际行动和决策的相关性,以研究灾害两个阶段的相关性。设计/方法论/方法本研究采用定量方法,研究了162名受访者的问卷,共分为五组,随机抽取这些组的学生灾害意识因素。通过两次疏散实验来分析灾难疏散性能,从而实现定性方法。通过比较问卷调查和疏散实验的结果进行相关性分析。调查结果:根据问卷调查,除了一半的学生对灾难中的适当步骤持怀疑态度外,学生对自己的灾害知识在灾害意识方面普遍高度自信。没有爆炸声的实验表明,他们在疏散的关键时刻反应较慢。实验中的反应显示出与几个灾害意识因素的相关性研究局限性/含义本研究探讨了校园建筑中灾害意识因素与灾害反应的相关性。在减少火灾风险方面,本研究表明了火灾期间社会互动和危险知识的重要性。实践意义在本研究中,基于灾害意识因素和灾害应对的相关性,必须改进校园建筑中的灾害疏散程序和培训,以降低灾害风险。独创性/价值本研究通过将学生的灾害意识因素表现与他们在消防建筑实验环境中的行动和决策进行比较,来衡量其相关性。通过问卷调查来衡量灾害意识因素的表现,同时部署实验来观察他们在疏散期间的行动和决策表现,作为灾害应对阶段的一部分。
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Relevance of disaster awareness factors and evacuation experiment without emergency alarm: fire case study
PurposeThe lack of studies about the relevance of disaster awareness factors and disaster evacuation as a part of disaster responses especially for fire cases in an academic environment in Indonesia has triggered this study to explore the disaster awareness factors and evacuation experiment without emergency alarm for case study students in the classroom. The relevance of disaster awareness factors in transforming into practical action and decision in a disaster evacuation need to be examined to study the relevance of both phases in disaster.Design/methodology/approachThis research conducted a quantitative approach by studying questionnaires from 162 respondents collectively divided into five groups to examine the student disaster awareness factors randomly from those groups. The qualitative approach was implemented through the evacuation experiments that were conducted twice to analyze the disaster evacuation performance. The analysis for the relevance is conducted by comparing the result of the questionnaire study and the evacuation experiment.FindingsAccording to the questionnaire study, generally, the students are highly confident with their hazard knowledge in disaster awareness except that half of them are doubtful about appropriate steps in a disaster. The experiment without explosive sound showed that they have slower responses in the critical moment of evacuation. The response in the experiments showed relevance with several disaster awareness factorsResearch limitations/implicationsThis study has explored the relevance of disaster awareness factors with disaster response in a campus building. In the part of reducing risk during fire disaster, this research shows the importance of social interaction and hazard knowledge during the disaster.Practical implicationsThe improvement of disaster evacuation procedures and training in a campus building is mandatory to reduce disaster risk based on the relevance of disaster awareness factors and disaster response in this study.Originality/valueThis study measures the relevance of disaster awareness factors performance of the students by comparing it to their actions and decisions in an experimental setting of fire building. The disaster awareness factor performance was measured by a questionnaire survey while the experiments were deployed to observe the performance of their actions and decisions during evacuation as part of the disaster response phase.
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来源期刊
International Journal of Embedded Systems
International Journal of Embedded Systems COMPUTER SCIENCE, HARDWARE & ARCHITECTURE-
CiteScore
2.50
自引率
41.70%
发文量
56
期刊介绍: With the advent of VLSI system level integration and system-on-chip, the centre of gravity of the computer industry is now moving from personal computing into embedded computing. Embedded systems are increasingly becoming a key technological component of all kinds of complex technical systems, ranging from vehicles, telephones, audio-video-equipment, aircraft, toys, security systems, medical diagnostics, to weapons, pacemakers, climate control systems, manufacturing systems, intelligent power systems etc. IJES addresses the state of the art of all aspects of embedded computing systems with emphasis on algorithms, systems, models, compilers, architectures, tools, design methodologies, test and applications.
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