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Title of thesis: COMPARTMENTAL AND SIMULATION MODELS FOR EVALUATING MEDKIT PREPOSITIONING STRATEGIES FOR ANTHRAX ATTACK RESPONSE

expected number of deaths in an attack. We develop a discrete-time compartmental dierence equation model to analyze the policy. The results show that distributing any number of MedKits reduces the number of deaths expected in all scenarios tested. We analyze under what circumstances the MedKits have the largest lifesaving impact. We also develop a stochastic transition model to demonstrate the accuracy of the MedKits model results.