RT @StrathclydeOA: Identification of effective #spreaders in contact #networks using dynamical influence https://t.co/WXnZ8GSF4l || Related…
Identification of effective #spreaders in contact #networks using dynamical influence https://t.co/WXnZ8GSF4l || Related data: https://t.co/lMBO46Ggcr #engineering #disease #spread #OpenAccess @EEEStrathclyde @malcoluim @RuaridhClark https://t.co/9KsJnVBxa
Appl. Netw. Sci.: Identification of effective spreaders in contact networks using dynamical influence https://t.co/DLSkGYoSMf
RT @appliednetsci: Identification of effective spreaders in contact networks using dynamical influence https://t.co/jR0j7QTU1S
RT @malcoluim: New paper on identification of effective spreaders of disease, translates work on space systems, starling flocks, and human…
New paper on identification of effective spreaders of disease, translates work on space systems, starling flocks, and human brains. 😷🛰️🧠🐦 @RuaridhClark @EEEStrathclyde @UniStrathclyde
RT @RuaridhClark: *** New paper on identifying effective spreaders in contact networks. *** Translates work on driving network consensus to…
RT @appliednetsci: Identification of effective spreaders in contact networks using dynamical influence https://t.co/jR0j7QTU1S
*** New paper on identifying effective spreaders in contact networks. *** Translates work on driving network consensus to detecting disease spreader influence, where network representation has to capture transmission risk and not just contact durations. @m
RT @appliednetsci: Identification of effective spreaders in contact networks using dynamical influence https://t.co/jR0j7QTU1S
Identification of effective spreaders in contact networks using dynamical influence https://t.co/jR0j7QTU1S