A multi-stage stochastic programming approach to epidemic resource allocation with equity considerations

Keyphrases

• Resource Allocation 100%
• Programming Approaches 100%
• Multistage Stochastic Programming 100%
• Resource Allocation Strategy 66%
• Compartmental Model 66%
• Infectious Diseases 33%
• High Cost 33%
• Disease Progression 33%
• Epidemiology 33%
• Expected number 33%
• Proposed Formulation 33%
• Infection Rate 33%
• West Africa 33%
• Guinea 33%
• Liberia 33%
• Ebola Virus Disease 33%
• Infectious Disease Outbreaks 33%
• Sierra Leone 33%
• Treatment Facilities 33%
• Logistic Model 33%
• Fair Resource Allocation 33%
• Epidemic Outbreak 33%
• New Infections 33%
• Number of Deaths 33%
• Metapopulation 33%
• Multi-stage Stochastic 33%
• Multi-stage Stochastic Program 33%
• Growth Scenarios 33%
• Stochastic Programming Model 33%
• Value of Stochastic Solution 33%
• Epidemic Logistics 33%
• Funeral 33%
• Growth Uncertainty 33%
• Equity Constraints 33%
• Stochastic Epidemic 33%

Mathematics

• Stochastics 100%
• Total Number 16%
• Superiority 16%
• Ebola Virus 16%
• Logistic Model 16%
• Disease Progression 16%
• Metapopulation 16%