| 83 | -- | 0 | David Peebles, Richard P. Cooper, Andrew Howes. Editorial |
| 84 | -- | 92 | Terrence C. Stewart, Yichuan Tang, Chris Eliasmith. A biologically realistic cleanup memory: Autoassociation in spiking neurons |
| 93 | -- | 101 | Roman V. Belavkin, Christian R. Huyck. Conflict resolution and learning probability matching in a neural cell-assembly architecture |
| 102 | -- | 112 | David E. Kieras. The persistent visual store as the locus of fixation memory in visual search tasks |
| 113 | -- | 121 | Gary Jones. A computational simulation of children s performance across three nonword repetition tests |
| 122 | -- | 133 | Roberto Prevete, Giovanni Tessitore, Ezio Catanzariti, Guglielmo Tamburrini. Perceiving affordances: A computational investigation of grasping affordances |
| 134 | -- | 143 | J. Gregory Trafton, Erik M. Altmann, Raj M. Ratwani. A memory for goals model of sequence errors |
| 144 | -- | 153 | Nicholas A. Gorski, John E. Laird. Learning to use episodic memory |
| 154 | -- | 163 | Glenn Gunzelmann, L. Richard Moore, Dario D. Salvucci, Kevin A. Gluck. Sleep loss and driver performance: Quantitative predictions with zero free parameters |
| 164 | -- | 174 | Michael D. Lee, Shunan Zhang, Miles Munro, Mark Steyvers. Psychological models of human and optimal performance in bandit problems |
| 175 | -- | 185 | David Reitter, Christian Lebiere. How groups develop a specialized domain vocabulary: A cognitive multi-agent model |
| 186 | -- | 197 | Natalie Fridman, Gal A. Kaminka. Towards a computational model of social comparison: Some implications for the cognitive architecture |
| 198 | -- | 209 | Paul S. Rosenbloom. Rethinking cognitive architecture via graphical models |