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Modeling Spread of Disease from Social Interactions
Published on Jul 06, 20125157 Views
Research in computational epidemiology to date has concentrated on coarse-grained statistical analysis of populations, often synthetic ones. By contrast, this paper focuses on fine-grained modeling of
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Modeling Spread of Disease from Social Interactions00:00
Picture (1)00:43
Picture (2)00:46
Picture (3)00:49
Picture (4)00:56
Picture (5)00:59
Picture (6)01:01
Movie (1)01:18
Movie (2)01:51
The Data (1)02:12
The Data (2)02:18
The Data (3)02:22
The Data (4)02:26
The Data (5)02:32
The Data (6)02:40
The Data (7)02:43
Picture (1)02:50
Picture (2)03:16
Spread of Disease03:49
“feeling sick” (1)04:18
“feeling sick” (2)04:41
“feeling sick” (3)04:49
“feeling sick” (4)04:54
“feeling sick” (5)05:15
“feeling sick” (6)05:25
Cascade SVM (1)05:46
Cascade SVM (2)06:43
SVM Features07:37
SVM Robustness08:52
Map (1)09:04
Map (2)09:26
Impact of Co-Location09:45
Impact of Friendships12:25
Twitter Health13:53
Health Insights14:21
Map (1)14:51
Map (2)15:09
Map (3)15:29
Map (4)15:47
Map (5)16:17
Map (6)16:21
Summary16:25
Current Work17:02
Disease Hubs and Vectors17:05
Refining Epidemiological Models17:21
Health Prediction (1)17:39
Health Prediction (2)17:53
Health Prediction (3)17:56
Health Prediction (4)17:58
Adam Sadilek, Henry Kautz & Vincent Silenzio18:03
Demo18:14
Modeling Spread of Disease from Social Interactions19:32