Modeling And Dynamics Of Infectious Diseases

A Brief Introduction of Some Results on Epidemiology Obtained by the Research Group in XJTU (Z Ma); Modeling SARS, West Nile Virus, Pandemic Influenza and Other Emerging Infectious Diseases: A Canadian Team's Adventure (F Brauer & J Wu); Diseases in Metapopulations (J Arino); Modeling the Start of a Disease Outbreak (F Brauer); Mathematical Techniques in the Evolutionary Epidemiology of Infectious Diseases (T Day); The Uses of Epidemiological Models in the Study of Disease Control (Z Feng et al.); Assessing the Burden of Congenital Rubella Syndrome and Ensuring Optimal Mitigation via Mathematical Modeling (J W Glasser & M Birmingham); Persistence of Vertically Transmitted Parasite Strains Which Protect Against More Virulent Horizontally Transmitted Strains (T Dhirasakdanon & H R Thieme); Richards Model: A Simple Procedure for Real-Time Prediction of Outbreak Severity (Y-H Hsieh); The Basic Reproduction Number and the Final Size of an Epidemic (J Watmough); Epidemic Models with Reservoirs (K P Hadeler); Global Stability in Multigroup Epidemic Models (H Guo et al.); Epidemic Models with Time Delays (W Wang); A Simulation Approach to Analysis of Antiviral Stockpile Sizes for Infuenza Pandemic (S Zhang); Modeling and Simulation Studies of West Nile Virus in Southern Ontario, Canada (H Zhu).