RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @FanuelMuindi: Fascinating ..."the transmission centrality, that captures the importance of links by estimating the average number of no…
RT @FanuelMuindi: Fascinating ..."the transmission centrality, that captures the importance of links by estimating the average number of no…
RT @FanuelMuindi: Fascinating ..."the transmission centrality, that captures the importance of links by estimating the average number of no…
Fascinating ..."the transmission centrality, that captures the importance of links by estimating the average number of nodes to whom they transfer information during a global spreading diffusion process." interesting read... @NUnetsi https://t.co/F2QgajI2L
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
Wonderful measurement. It could reveal more about the dynamic of information sharing...
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
Interesting method to ‘define’ information flow at its foundation
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @jake_fisher: Clear relevance for Communication scholars here. https://t.co/j6nLQJ86KA
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
Smart approach...
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
Link transmission centrality in large-scale social networks https://t.co/18vSTrFftj
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
@PAstudilloE @santitheos
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
Interesting.
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
RT @funwithnetworks: New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers…
New type of link centrality: *transmission centrality*, based on the average number of nodes to which a link transfers information during a diffusion process. Paper by Zhang, @MartonKarsai and @alexvespi in @epj_ds, see https://t.co/5JROqw733J https://t.co
RT @networkspapers: EPJ Data Sci.: Link transmission centrality in large-scale social networks https://t.co/WdVJNa5yBs
EPJ Data Sci.: Link transmission centrality in large-scale social networks https://t.co/WdVJNa5yBs
RT @alexvespi: New in @epj_ds Link transmission centrality in large-scale social networks “transmission centrality, captures the importanc…