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Policy and complex systems最新文献

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Modelling & Simulation of a Rivet Shaving Process for the Protection of the Aerospace Industry Against Cyber-threats 用于航空航天工业抵御网络威胁的铆钉削削过程建模与仿真
Pub Date : 2022-06-20 DOI: 10.18278/jpcs.7.2.3
Martin Praddaude, Nicolas Hogrel, Matthieu Gay, U. Baumann, Adrien Bécue
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引用次数: 0
Designing an Emergency Information System for an Emergency Information System for Catastrophic Natural Situations 灾害性自然灾害应急信息系统的应急信息系统设计
Pub Date : 2022-06-20 DOI: 10.18278/jpcs.7.2.6
K. Papatheodosiou, C. Angeli
Natural disasters have brought about irreparable damage to humans, human activity, society, and the economy, and their effects will probably be increased in the future due to climate change. However, the extent of a natural disaster could be diminished if both individuals and authorities are informed of an impending emergency situation. Therefore, the research interest has been directed into developing robust Emergency Information Systems. This paper demonstrates the way a specific Emergency Information System could be designed to deliver alert messages. The system was designed on the base of the DRM standards and was put into action in the region of Vigla, an area located in Symi, one of the Dodecanese islands. The coverage test proved that the system operates well in remote areas that are characterized by rough geographic terrain.
自然灾害给人类、人类活动、社会和经济带来了无法弥补的损失,而且由于气候变化,其影响在未来可能会加剧。但是,如果将即将发生的紧急情况通知个人和当局,自然灾害的程度可能会减轻。因此,研究兴趣已被引导到开发强大的应急信息系统。本文演示了如何设计一个特定的应急信息系统来传递警报信息。该系统是在DRM标准的基础上设计的,并在位于Dodecanese群岛之一的Symi地区的Vigla地区投入使用。覆盖试验证明,该系统在地理地形较为粗糙的偏远地区运行良好。
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引用次数: 0
Augmented Reality Implementation for Comfortable Adaptation of Disabled Personnel to the Production Workplace 增强现实技术实现残疾人舒适地适应生产工作场所
Pub Date : 2022-06-20 DOI: 10.18278/jpcs.7.2.5
O. Surnin, P. Sitnikov, Alexandr Gubinkiy, Alexandr Dorofeev, T. Nikiforova, A. Krivosheev, Vladimir Zemtsov, A. Ivaschenko
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引用次数: 2
Modeling NFT Investor Behavior Using Belief Dissensus 基于信念异议的NFT投资者行为建模
Pub Date : 2022-06-20 DOI: 10.18278/jpcs.7.2.2
F. Gobet, Percy Venegas
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引用次数: 0
A Return to “A Complexity Context to Classroom Interactions and Climate Impact on Achievement” 回归“课堂互动的复杂性背景和气候对成就的影响”
Pub Date : 2022-06-20 DOI: 10.18278/jpcs.7.2.7
J. Cochran, L. Johnson
When JPCS published “A Complexity Context to Classroom Interactions and Climate Impact on Achievement” in 2017, the article was a cutting-edge application of ABM to classroom dynamics. Five years later, though, there have been dramatic changes to education as a result of the COVID-19 pandemic. While the technology of ABM has advanced sufficiently that reexamining of the topic may be justified, the trauma caused by the pandemic should make us question whether any such model would accurately reflect the real world. Given the isolating nature of COVID-19 and online learning, the purpose of this article is to remind us that in a classroom environment, “every interaction matters.” Effective action steps can easily be taken to dramatically strengthen interactions and thus strengthen leaning networks, which will lead to higher levels of achievement. This can be done by the means of simple strategies like increasing positive climate behavioral markers in the classroom, like using student names, checking-in with students, smiling, using polite language, laughing, and clapping. In contrast, negative behavior markers like anger, sarcasm, irritability, harsh voice, yelling, exclusion of students, bad language, physical control of students, teasing, and bullying must be eradicated.
当JPCS在2017年发表《课堂互动的复杂性背景和气候对成就的影响》时,这篇文章是ABM在课堂动力学中的前沿应用。然而,五年后,由于新冠肺炎大流行,教育发生了巨大变化。尽管反导技术已经足够先进,重新审视这个话题可能是合理的,但疫情造成的创伤应该让我们质疑任何这样的模型是否能准确反映现实世界。鉴于新冠肺炎和在线学习的孤立性,本文的目的是提醒我们,在课堂环境中,“每一次互动都很重要”。可以很容易地采取有效的行动步骤,大幅加强互动,从而加强学习网络,这将带来更高的成绩。这可以通过简单的策略来实现,比如在课堂上增加积极的气候行为标记,比如使用学生姓名、与学生交流、微笑、使用礼貌语言、大笑和鼓掌。相比之下,必须根除诸如愤怒、讽刺、易怒、刺耳的声音、大喊大叫、排斥学生、脏话、对学生的身体控制、戏弄和欺凌等负面行为标记。
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引用次数: 0
Complex Simulation Workflows in Containerized High-Performance Environment 容器化高性能环境中的复杂仿真工作流
Pub Date : 2022-06-20 DOI: 10.18278/jpcs.7.2.4
Vladimr Višňovský, Viktória Spišaková, Jana Hozzová, Jaroslav Olha, Dalibor Trapl, V. Spiwok, L. Hejtmánek, A. Křenek
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引用次数: 0
Automated Data Extraction to Evaluate Courts of Last Resort in the American States 自动数据提取以评估美国最后法院
Pub Date : 2020-01-01 DOI: 10.18278/JPCS.6.2.5
Louai Magbol, Karthik Ravi, M. Hadzikadic, Jason Windett
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引用次数: 0
Review of Network Origins of the Global Economy East VS. West in a Complex Systems Perspective by Hilton L. Root 复杂系统视角下全球经济网络起源的东方VS.西方述评
Pub Date : 2020-01-01 DOI: 10.18278/JPCS.6.2.8
L. Johnson
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引用次数: 0
Real-World Applications of Two Complexity Based Systems That Are Proven in Helping People in Communities and Organizations Come Together in Dialogue to Solve Important Complex Challenges Facing Them 两个基于复杂性的系统在帮助社区和组织中的人们聚集在一起对话以解决他们面临的重要复杂挑战方面的实际应用
Pub Date : 2020-01-01 DOI: 10.18278/JPCS.6.2.3
R. N. Knowles, Edward Morrison
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引用次数: 0
Editor's Letter 编辑的信
Pub Date : 2020-01-01 DOI: 10.18278/jpcs.6.2.1
M. Hadzikadic
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引用次数: 0
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Policy and complex systems
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