2019
DOI: 10.1016/j.ijdrr.2019.101234
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Imperatives for health sector decision-support modelling

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Cited by 6 publications
(3 citation statements)
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“…References: 1 – Papalexi et al (2016); 2 – Almutairi et al (2019a); 3 – Haeri et al (2020); 4 – Haghighi and Torabi (2018); 5 – Divsalar et al (2020); 6 – Dixit et al (2019); 7 – Tolf et al (2015); 8 – Regattieri et al (2018); 9 – Farrokhi et al (2013); 10 – Piggott et al (2011); 11 – Almutairi et al (2019b); 12 – Narayanamurthy et al (2018); 13 – Feibert et al (2019); 14 – Achour et al (2011); 15 – Tay et al (2017); 16 – De Vries and Huijsman (2011); 17 – Dobrzykowski and McFadden (2020); 18 – Dobrzykowski et al (2016); 19 – Shah et al (2008); 20 – Alshahrani et al (2018); 21 – Patrone et al (2020); 22 - Nunes-Vaz et al (2019); 23 – Guven-Uslu et al (2014); 24 – Nabelsi and Gagnon (2017); 25 – Ramori et al (2021); 26 – Borges et al (2020); 27 – Khorasani et al (2020); 28 – Volland et al (2017); 29 – Adebanjo et al (2016); 30 – Lim et al (2017); 31 – Kekkonen et al (2018); 32 – Sabouhi et al (2018); 33 – Liu et al (2016); 34 – Duong et al (2019); 35 – Singh et al (2016); 36 – Guimarães and de Carvalho (2013); 37 – Rahimnia and Moghadasian (2010); 38 – De Lima et al (2018); 39 – Roberts et al (2017); 40 - Guimarães et al (2013); 41 – Friday et al (2021); 42 – Hundal et al (2021); 43 – Suresh et al (2020); 44 – Pandey and Litoriya (2020)…”
Section: Figurementioning
confidence: 99%
“…References: 1 – Papalexi et al (2016); 2 – Almutairi et al (2019a); 3 – Haeri et al (2020); 4 – Haghighi and Torabi (2018); 5 – Divsalar et al (2020); 6 – Dixit et al (2019); 7 – Tolf et al (2015); 8 – Regattieri et al (2018); 9 – Farrokhi et al (2013); 10 – Piggott et al (2011); 11 – Almutairi et al (2019b); 12 – Narayanamurthy et al (2018); 13 – Feibert et al (2019); 14 – Achour et al (2011); 15 – Tay et al (2017); 16 – De Vries and Huijsman (2011); 17 – Dobrzykowski and McFadden (2020); 18 – Dobrzykowski et al (2016); 19 – Shah et al (2008); 20 – Alshahrani et al (2018); 21 – Patrone et al (2020); 22 - Nunes-Vaz et al (2019); 23 – Guven-Uslu et al (2014); 24 – Nabelsi and Gagnon (2017); 25 – Ramori et al (2021); 26 – Borges et al (2020); 27 – Khorasani et al (2020); 28 – Volland et al (2017); 29 – Adebanjo et al (2016); 30 – Lim et al (2017); 31 – Kekkonen et al (2018); 32 – Sabouhi et al (2018); 33 – Liu et al (2016); 34 – Duong et al (2019); 35 – Singh et al (2016); 36 – Guimarães and de Carvalho (2013); 37 – Rahimnia and Moghadasian (2010); 38 – De Lima et al (2018); 39 – Roberts et al (2017); 40 - Guimarães et al (2013); 41 – Friday et al (2021); 42 – Hundal et al (2021); 43 – Suresh et al (2020); 44 – Pandey and Litoriya (2020)…”
Section: Figurementioning
confidence: 99%
“…Foddai et al (2020) related these systems' weakness to the stress applied to the systems during emergencies due to a vast amount of resources allocated (food, medical equipment, electricity, fuel, etc.). Moreover, these systems are not accountable to be used during sensitive situations that involved human lives (Nunes-Vaz et al, 2019).…”
Section: Previous Knowledge-based Implementation In Emergency Management Decision Support Systemsmentioning
confidence: 99%
“…The recent pandemics (SARS, Ebola, flu, and others) show the lack of having a flexible system that has the ability to deal with different emergency scenarios, which requires a plethora of data from different interdependent systems. Besides, it reveals the inability of the current systems to communicate with each other to retrieve the needed data due to the systems' isolation with no data standardization (Nunes-Vaz et al, 2019).…”
Section: Introductionmentioning
confidence: 99%