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Infectious hospital agents: A HAI spreading simulation framework
Pethes, R
;
Ferenci, T [Ferenci, Tamás (Biostatisztika), author] Élettani Szabályozások Kutatóközpont (ÓU / EKIK)
;
Kovács, L [Kovács, Levente (Irányítástechnika), author] Élettani Szabályozások Kutatóközpont (ÓU / EKIK)
English Article (Journal Article) Scientific
Published:
ACTA POLYTECHNICA HUNGARICA 1785-8860 1785-8860
14
(1)
pp. 95-110
2017
X. Földtudományok Osztálya: A
SJR Scopus - Engineering (miscellaneous): Q2
Identifiers
MTMT: 3228264
DOI:
10.12700/APH.14.1.2017.1.7
Kiadónál:
http://www.uni-obuda.hu/journal/Pethes_Ferenci_Kovacs_72.pdf
REAL:
74888
WoS:
000399807100007
Scopus:
85018731091
Subjects:
Other engineering and technologies
Other natural sciences
Infectious Hospital Agents (IHA) is an individual-based simulation framework that is able to model wide range of infection spreading scenarios in the hospital environment. The simulations are agent-based simulations driven by stochastic events, the evolution of the model is tracked in discrete time. Our aim was to build a general, customisable and extensible simulation environment for the domain of Hospital-Associated Infections (HAIs). The system is designed in Object Oriented fashion, and the implementation is in C++. In this paper, the authors describe the motivations and the background of the framework, sketch the conceptual framework, and present a demonstration example. © 2017, Budapest Tech Polytechnical Institution. All rights reserved.
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2025-04-25 02:32
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