The document discusses using an epidemic simulation model called CASMIM (Cellular Automata with Social Mirror Identity Model) to better model real-world epidemics and evaluate public health policies. CASMIM uses a social mirror identity concept where each individual is represented by multiple identities to model their movement and interactions. It was found to generate small-world network structures similar to human social networks and allow sensitivity analysis of factors like population size, individual diversity, and neighborhood type.

1. 小世界流行病學建模與公共衛生政策評估 利用社會分身點概念與區域資訊 建構社會網路式流行病學電腦模擬 Small-World Epidemiological Modeling and Public Health Policy Assessment Using the Social Mirror Identities Concept and Local Information for Network-based Epidemic Simulations 交通大學 資訊工程所 博士學位校外口試 學生：黃崇源 指導老師：孫春在教授 2005.11.11

2. Outline Related Works SIR Models, Simple Networks, SmallWorld Networks, … CASMIM Epidemic Simulations Factors of Individual Diversity Epidemiological Factors Factors of Social Networks

3. Related Works SIR Models, Simple Networks, Small-World Networks, … CASMIM Epidemic Simulations Factors of Individual Diversity Epidemiological Factors Factors of Social Networks

8. Related Works SIR Models, Simple Networks, Small-World Networks, … CASMIM Epidemic Simulations Factors of Individual Diversity Epidemiological Factors Factors of Social Networks

15. Related Works SIR Models, Simple Networks, Small-World Networks, … CASMIM Epidemic Simulations Factors of Individual Diversity Epidemiological Factors Factors of Social Networks

16. CASMIM Social Mirror Identity Concept Sensitivity Analysis of Social Contact Network Simulating SARS and associated with Public Health Policies Sensitivity Analysis of Individual Diversity

18. CASMIM Social Mirror Identity Concept Sensitivity Analysis of Social Contact Network Simulating SARS and associated with Public Health Policies Sensitivity Analysis of Individual Diversity

19. Cellular Automata with Social Mirror Identity Model Epidemiological Factors Factors of Individual Diversity Factors of Social Networks Epidemic Disease Agent Population Mirror Identity Concept Social Contact Network

20. Parameters of CASMIM Social Contact Network Mirror Identity Concept Agent Population Epidemic CASMIM

22. Simulation Framework Epidemic Disease Data from WHO, CDC, and individual national health authorities Time points of imported cases and public health policies Interaction rules; population, network, and epidemic parameters Input Initialize Output CASMIM

23. CASMIM Simulation System CASMIM

24. CASMIM Simulation System (cont.) CASMIM

25. CASMIM Social Mirror Identity Concept Sensitivity Analysis of Social Contact Network Simulating SARS and associated with Public Health Policies Sensitivity Analysis of Individual Diversity

29. CASMIM Social Mirror Identity Concept Sensitivity Analysis of Social Contact Network Simulating SARS and associated with Public Health Policies Sensitivity Analysis of Individual Diversity

41. Singapore SARS Outbreak

42. Taipei SARS Outbreak (1)(2) (3) (4) (5) (1) 和平醫院事件 (2) 仁濟醫院事件 (3) 臺大醫院事件 (4) 關渡醫院事件 (5) 陽明醫院事件

43. Toronto SARS outbreak

44. Taking Body Temperature

45. Wearing Masks for General Public

46. Wearing Masks for Health Workers

47. Assessing Public Health Suites 3/24 實施防疫策略

48. Conclusion Related Works SIR Models, Simple Networks, Small-World Networks, … CASMIM Epidemic Simulations Factors of Individual Diversity Epidemiological Factors Factor of Social Networks