Boston University / Institute of Mathematics / Christos Faloutsos† Carnegie Mellon University / Harvard University / /
IndustryTerm
real computer network / infinite power-law / power-law network / correlated complex networks / power-law / gnutella network / power-law topology / finite power-law networks / power-law relationship / infinite power-law network / homogeneous networks / real and synthetic networks / finite size scale-free networks / steady state solution / infinite power-law networks / given network / eigenvalue power law / power-law networks / Internet topology / power law structure / satellite nodes / infinite power-law graphs / homogeneous network / Internet Computing Journal / heterogeneous networks / power law / social networks / random network / power-law graphs / scale-free networks / largescale peer-to-peer systems / finite power-law graphs / random networks / /
Organization
Defense Advanced Research Projects Agency / Harvard University / National Science Foundation / Pennsylvania Infrastructure Technology Alliance / Hungarian Academy of Sciences / Institute of Mathematics / Carnegie Mellon University / Boston University / /
Person
Benoit Morel / Deborah Brandon / H. Martin / S. Staniford / V / Figure / Anthony Brockwell / Christos Faloutsos† Carnegie / / /
Position
propagation model / editor / Our propagation model / /
Epidemic Spreading in Real Networks: An Eigenvalue Viewpoint Yang Wang, Deepayan Chakrabarti, Chenxi Wang∗, Christos Faloutsos† Carnegie Mellon University