A dynamic logistics model for medical resources allocation in an epidemic control with demand forecast updating
Year of publication: |
June 2016
|
---|---|
Authors: | Liu, Ming ; Zhang, Ding |
Published in: |
Journal of the Operational Research Society : OR. - Basingstoke, Hampshire : Palgrave, ISSN 0030-3623, ZDB-ID 716033-1. - Vol. 67.2016, 6, p. 841-852
|
Subject: | medical resource allocation | epidemic diffusion | demand forecast updating | mixed integer programming | closed-loop decision making | Prognoseverfahren | Forecasting model | Allokation | Allocation | Nachfrage | Demand | Ganzzahlige Optimierung | Integer programming | Theorie | Theory | Epidemie | Epidemic |
-
Yin, Xuecheng, (2021)
-
COVID-19 : data-driven optimal allocation of ventilator supply under uncertainty and risk
Yin, Xuecheng, (2023)
-
A non-parametric approach to demand forecasting in revenue management
Azadeh, Sh. Sharif, (2015)
- More ...
-
Integrated optimization model for distribution network design: a case study of the clothing industry
Liu, Ming, (2019)
-
Logistics planning for hospital pharmacy trusteeship under a hybrid of uncertainties
Liu, Ming, (2017)
-
Integrated planning for public health emergencies : a modified model for controlling H1N1 pandemic
Liu, Ming, (2020)
- More ...