Showing results 1 to 20 of 64
next >
| Issue Date | Title | Author(s) |
| 1-Jan-2019 | Achieving flatness: Honeywords generation method for passwords based on user behaviours | Akif, OZ; Sabeeh, AF; Rodgers, GJ; Al-Raweshidy, HS |
| 1998 | The Anisotropic Bak-Sneppen model | Head, DA; Rodgers, GJ |
| 2001 | Bid distributions of competing agents in simple models of auctions | D'Hulst, R; Rodgers, GJ |
| 2004 | Bose-Einstein condensation in random directed networks | Sotolongo-Costa, O; Rodgers, GJ |
| 1997 | A coarse grained model of granular compaction and relaxation | Head, DA; Rodgers, GJ |
| 2010 | Complex networks | Rodgers, GJ; Nagao, T |
| 2013 | Complex scale-free networks with tunable power-law exponent and clustering | Colman, ER; Rodgers, GJ |
| 2019 | The critical Barkhausen avalanches in thin random-field ferromagnets with an open boundary | Rodgers, GJ; Tadic, B; Mijatovic, S; Janicevic, S; Spasojevic, D |
| 1996 | Crossover to self-organized criticality in an inertial sandpile model | Head, DA; Rodgers, GJ |
| 2001 | Degree distributions of growing networks | Krapivsky, PL; Rodgers, GJ; Redner, S |
| 2000 | Democracy versus dictatorship in self-organized models of financial markets | D'Hulst, R; Rodgers, GJ |
| 1999 | Diffusive growth of a single droplet with three different boundary conditions | Tavassoli, Z; Rodgers, GJ |
| 2000 | Dimensional crossover in fragmentation | Sotolongo-Costa, O; Rodriguez, AH; Rodgers, GJ |
| 2007 | Diophantine networks | Bedogne, C; Masucci, AP; Rodgers, GJ |
| 2001 | Efficiency and persistence in models of adaptation | D'Hulst, R; Rodgers, GJ |
| 1997 | Eigenvalue distribution of large dilute random matrices | Rodgers, GJ; Khorunzhy, A |
| 2005 | Eigenvalue spectra of complex networks | Rodgers, GJ; Austin, K; Kahng, B; Kim, D |
| 2003 | Exact solution of a generalized model for surface deposition | Filipe, JAN; Rodgers, GJ |
| 2000 | Exact solution of a model for crowding and information transmission in financial markets | D'Hulst, R; Rodgers, GJ |
| 2003 | Growing networks with two vertex types | Austin, K; Rodgers, GJ |
