FuturICT Journal Publications
76
Academic journal publications relating to FuturICT activity
Curated by FuturICT
Follow
Scooped by FuturICT onto FuturICT Journal Publications
Scoop.it!

In BMC Medicine: modeling the spread of infection

In BMC Medicine: modeling the spread of infection | FuturICT Journal Publications | Scoop.it

Research published in BMC Medicine this week has been centered around flu modeling. As part of a large international collaboration, Alessandro Vespignani and colleagues validated the Global Epidemic and Mobility Model, a computational model for the spread of disease, using surveillance data from the 2009 flu pandemic. The authors showed that computational forecasts of flu spread using this model are in good agreement with real-life data. They conclude that the Global Epidemic and Mobility Model could be used to predict the spread of disease during a pandemic, so long as high quality data are used to build the model.

No comment yet.
FuturICT is also curating
FuturICT In the News FuturICT Events of Interest FuturICT Jobs Board FuturICT Books
Discover Topics FuturICT is following
Papers Scoop.it Team Surfing the Broadband Bit Stream An Eye on New Media Talks CxBooks
and 13 others
Your new post is loading...
Scooped by FuturICT
Scoop.it!

Forecasting seasonal outbreaks of influenza : PNAS

""Influenza recurs seasonally in temperate regions of the world; however, our ability to predict the timing, duration, and magnitude of local seasonal outbreaks of influenza remains limited. Here we develop a framework for initializing real-time forecasts of seasonal influenza outbreaks, using a data assimilation technique commonly applied in numerical weather prediction. The availability of realtime, web-based estimates of local influenza infection rates makes this type of quantitative forecasting possible. Retrospective ensemble forecasts are generated on a weekly basis following assimilation of these web-based estimates for the 2003–2008 influenza seasons in New York City. The findings indicate that real-time skillful predictions of peak timing can be made more than 7 wk in advance of the actual peak. In addition, confidence in those predictions can be inferred from the spread of the forecast ensemble. This work represents an initial step in the development of a statistically rigorous system for real-time forecast of seasonal influenza." ."

No comment yet.