Early Warning for Infectious Disease Outbreak

Professor Yang Weizhong committed himself to the study and practice of infectious disease surveillance and early warning, from 2002 began to lead the research team to carry out the research of early warning technology, and successfully established China's first nationwide infectious diseases automated-alert and response system. Main members of writing group of this book are from the research team, who have gained much research outputs practical experiences in the process of study and work practices, making a solid foundation for compiling this book. In recent years, the research outputs of early warning research and application effect of infectious disease conducted by this team were accepted by international Journals, such as Journal of the American Medical Informatics Association, Bulletin of the World Health Organization, BMC Infectious Diseases, PloS One, and so on, receiving highly valued and widely recognized.

Part 1: Theories and Key Technologies of Infectious Disease Early WarningIntroduction to Theories and Key Technologies of Infectious Disease Early Warning1. Introduction2. Infectious Disease Surveillance in China3. Development of Early Warning Models4. Response to Early Warning Signals5. Development of Early Warning Information Systems6. Evaluation of Early Warning Systems

Part 2: Practices and Implementation of Early WarningIntroduction to Practices and Implementation of Early Warning7. China Infectious Diseases Automated-Alert and Response System (CIDARS)8. Infectious Disease Surveillance and Early Warning System During Beijing Olympic Games9. Pudong Syndromic Surveillance and Early Warning System During the EXPO 2010, Shanghai10. Infectious Disease Surveillance and Early Warning After the Magnitude 8.0 Earthquake in China, 200811. Practical Application of an Infectious Disease Early Warning System in Baiyin City, Gansu Province, China12. Early Warning Practice Using Internet-Based Data

Part 3: Exploratory Research on Early Warning TechnologyIntroduction to Exploratory Research on Early Warning Technology13. Biased Sentinel Hospital Area Disease Estimator14. Applicability of Hospital-Based Respiratory and Gastrointestinal Syndromic Data for Early Warning15. Early Detection for Hand, Foot, and Mouth Disease Outbreaks16. Study on Performance Comparison of Temporal Models17. The Study on Modified Spatial Scan Statistic18. Environmental Factors-Based Early Warning