|
Time |
Event |
|
9:00 am |
Opening remarks
by Tan Eng Chye Vice-Dean, Faculty of Science |
|
9:10 am |
A multistage SIR model
by Lee Seng Luan Department of Mathematics, NUS |
|
9:40 am |
SEIR model: SARS outside the hospitals
by Pan Xingbin Department of Mathematics, NUS |
|
10:10 am |
System dynamics simulation of SARS
propagation in Singapore
by Ang Chee Chien DSO National Laboratories |
|
10:40 am |
Tea Break |
|
11:10 am |
Searching for unusual clusters of
palindromes and close inversions in the SARS genome
by Choi Kwok Pui Departments of Mathematics and of
Statistics & Applied Probability, NUS |
|
11:40 am |
Phylogenetic analysis of the SARS virus
and other coronaviruses
by Zhang Louxin Department of Mathematics, NUS |
|
12:10 pm |
Lunch |
|
1:30 pm |
Measure if you can, simulate if you
must: an investigative attempt to understand the nature of
SARS
by Tan Tong Kiat, DSO National Laboratories |
|
2:00 pm |
SARS outbreak in Singapore - a brief
description
by Young Truong Department of Statistics & Applied
Probability, NUS |
|
2:30 pm |
Mathematical modeling of SARS
transmission in
Singapore: from a public health perspective
By Stefan Ma Epidemiology and Disease Control Division,
Ministry of Health |
|
3:00 pm |
Tea Break |
|
3:30 pm |
Some branching process models and the
experience of SARS in Singapore
by Lewin-Koh Sock Cheng Department of Statistics &
Applied Probability, NUS |
|
4:00 pm |
Statistical modeling of SARS epidemic
propagation via branching processes
by V. Kamalesh Institute of High Performance Computing |
|
4:30 pm |
Panel discussion |
|
5:00 pm |
End of workshop |
