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Modeling and Analysis of Infectious Disease Epidemiology (I) |
Instructor |
¡@Professor Ying-Hen Hsieh, Ph D |
Office Hours |
¡@1:10 ~ 3:00 pm on Wednesday, ¥ß¤Ò¤j¼Ó 511 |
Office |
¡@1511 |
Phone |
¡@(04) 2205-3366 ext. 6109 |
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Reference |
Anderson, R., and May, R. (1991). Infectious Diseases of Humans: Dynamics and Control. Oxford University Press, Oxford. |
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Content |
Posted date |
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Course Introduction and Fundamental Concepts (lecture 0) |
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Fundamental Concepts and Historical Notes (lecture 1) |
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An Overview on Mathematical Models (lecture 2) |
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Exponential and logistic growth: simple examples of difference and differential equation models (lecture 3) |
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A Simple Model for Real-time Prediction of Outbreak Severity (lecture 4) |
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Introduction to epidemic models: Some Simple Epidemics (lecture 5) |
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SIS and SIR models (lecture 6) |
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Mid-term Exam |
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Mass action and Standard Incidence (lecture 7) |
12/05/2007 |
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The basic reproduction number, R0 (lecture 8) |
12/19/2007 |
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Solutions of mid-term Exam |
12/13/2007 |
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Ross-MacDonald Malaria Model (lecture 9) |
12/19/2007 |
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Reed-Frost Model (lecture 10) |
12/26/2007 |
Pair-formation models for STD: An Introduction (lecture 11) |
12/26/2007 |
Pair-formation models: HIV as an example (lecture 12 I) |
12/26/2007 |
Pair-formation models: HIV as an example (lecture 12 II) |
1/8/2008 |
More Compartment Models: Spatial Spread and Patch Model (lecture 13) |
1/10/2008 |
´Á¥½¦¨ÁZ¤½§i |
1/18/2008 |
Solutions of final-term Exam |
1/18/2008 |