Risk-averse multi-stage stochastic programming to optimizing vaccine allocation and treatment logistics for effective epidemic response

Keyphrases

• Infection Rate 100%
• Logistic Model 100%
• Risk-averse 100%
• Multistage Stochastic Programming 100%
• Vaccine Allocation 100%
• Epidemic Response 100%
• Risk Measures 66%
• Expected number 66%
• Vaccination 66%
• Migration Rate 66%
• Expected Risk 66%
• Vaccine Supply 66%
• Transmission Rate 33%
• At-risk 33%
• Tight 33%
• Close Contact 33%
• Conditional Value 33%
• Democratic Republic of Congo 33%
• Limited Budget 33%
• Disease Transmission 33%
• Infected Individual 33%
• Ebola Virus Disease 33%
• Treatment Facilities 33%
• Adverse Outcomes 33%
• Number of Infected 33%
• Risk Aversion 33%
• Expected Impact 33%
• Human Mobility 33%
• Multi-stage Stochastic Mixed-integer Programming Model 33%
• Susceptible-infected-removed 33%
• Number of Deaths 33%
• Risk-neutral 33%
• Multi-stage Stochastic 33%
• Growth Scenarios 33%
• Epidemic Logistics 33%
• Funeral 33%
• Stochastic Epidemic 33%
• Mean Risk 33%
• Infected People 33%
• Ring Vaccination 33%
• Vaccination Rate 33%
• Vaccine Rollout 33%
• Optimal Vaccine Allocation 33%
• Epidemic Control 33%

Mathematics

• Stochastics 100%
• Logistic Model 100%
• Risk Measure 66%
• Real Data 33%
• Conditional Value At Risk 33%
• Integer Programming 33%
• Ebola Virus 33%
• Infected Person 33%
• Risk Aversion 33%