| Presenter's last name | First name | Title linked to an abstract | Coauthors | Preliminary topic label | Number of pages received | Number of pages (to be) accepted | Format/ Status | |
| Achler | Tsvi | Emulating recognition and search with regulatory feedback networks | Amir | bioconstraints | 5 | 1 | Talk | |
| Albus | James | Reverse Engineering the Brain | bioconstraints | 11 | 10 | Keynote | ||
| Anderson | Michael | Circuit sharing and the implementation of intelligent systems | bioconstraints | 8 | 1 | Keynote | ||
| Ascoli | Giorgio | Quantifying memory retrieval – from neural substrates to the subjective content | Gardner Vogel Mainetti |
learning | 1 | 1 | Talk | |
| Azevedo | Roger | Fostering Complex Learning with Intelligent Multi-Layered Learning Environments | Witherspoon | SRL | 11 | 11 | Keynote | |
| Berger | Theodore | BICA’s for Declarative Long-term Memory: Suggestions from Structure and Function of the Hippocampus | Granacki | bioconstraints | 1 | 1 | Expecting revised submission | |
| Bhattacharyya | Rajan | Bio-Inspired Planning and Reaching in Complex Environments | Srinivasa Grossberg |
industry | 1 | 1 | Talk | |
| Brom | Cyril | Autobiographic memory for human-like agents | Lukavský | learning | 12 | 6 | Talk | |
| Bryson | Joanna J. | Improved Animal-Like Maintenance of Homeostatic Goals via Flexible Latching | Rohlfshagen | emotion | 8 | 8 | Keynote | |
| Chella | Antonio | A brain inspired architecture for an outdoor robot guide | Barone Macaluso Riano |
embodied | 8 | 8 | Talk | |
| Chen | Wei | Modeling mental contexts and their interactions | Fahlman | meta | 6 | 6 | Talk | |
| Cox | Michael T. | Reasoning without reflection is like soda with NutraSweet: The taste may be there but the pleasure is not | meta | 1 | 1 | Poster | ||
| Dindo | Haris | Learning through
observation and imitation: An overview of the ConSCIS architecture |
Chella Gaglio |
learning | 6 | 6 | Talk | |
| Eilbert | Jim | Modeling Mental Spaces | learning | 1 | 1 | Talk or poster | ||
| Epstein | Susan L. | The hard part of thinking | keynote | 1 | 1 | Keynote | ||
| Freedman | Sanford T. | Synthetic Cognitive Agent Situational Awareness Components | Adams | embodied | 8 | 1 | Poster | |
| Goertzel | Ben | A jointly designed architecture for humanoid robot control | de Garis | embodied | 20 | 8 | Talk | |
| Gomez | Jaime | A principled approach for systematic mind engineering | Sanz Hernandes |
bioconstraints | 2 | 2 | Talk | |
| Gros | Claudius | Evolving complete cognitive architectures: The role of neural competition and diffusive emotional control for learning and emergent cognitive capabilities | Kaczor* | learning | 2 | 1 | Talk | |
| Grossberg | Steve | Towards self-organizing autonomous brain-inspired cognitive architectures | learning | 2 | 2 | Keynote | ||
| Hall | J. Storrs | Servo Stacks: an architecture for cognitive and developmental robotics | embodied | 7 | 1 | Talk | ||
| Hammerstrom | Daniel | Bayesian memory, a possible hardware building block for intelligent systems | bioconstraints | 1 | 1 | Talk | ||
| Heussen | Daniel | Basic patterns of human explanatory reasoning and attribution of properties: A constraint for cognitive architectures | Hampton | bioconstraints | 0 | 1 | Expecting submission | |
| Hudlicka | Eva | TBA | emotion | 0 | 1 | Expecting submission | ||
| Huyck | Christian R | A Neuropsychological Framework for Advancing Artificial Intelligence | Ghalib | bioconstraints | 7 | 1 | Poster | |
| Kandefer | Michael | Categorizing contextual constraints for embodied knowledge management | Shapiro | embodied | 6 | 6 | Talk | |
| Khosla | Deepak | Topic: Sensory perception and its commercial / defense applications | Huber | industry | 2 | 2 | Keynote | |
| Kogut | Paul A. | Applications of BICA to intelligence analysis | language | 2 | 2 | Talk | ||
| Lebiere | Christian | The SAL Integrated Cognitive Architecture | O’Reilly Jilk Taatgen Anderson |
embodied | 6 | 6 | Talk | |
| Lőrincz | András | Hippocampal formation breaks combinatorial explosion for reinforcement learning: A conjecture | bioconstraints | 6 | 6 | Talk | ||
| Madani | Omid | Systems Learning for Complex Pattern Problems | language | 6 | 2 | Talk | ||
| Malaia | Evguenia | Biological bases of syntax-semantics interface in natural languages: Cognitive modeling and empirical evidence | Wilbur | language | 5 | 4 | Talk | |
| McShane | Marjorie | The cognitive functioning of an artificial "double agent" | Nirenburg Beale |
language | 8 | 8 | Talk | |
| Mueller | Shane T. | Adapting the Turing test for embodied neurocognitive evaluation of biologically-inspired cognitive agents | Minnery | metrics | 10 | 10 | Keynote | |
| Noelle | David C. | Topic: Leabra cognitive architecture and recent Leabra-based models of the frontal function | embodied | 0 | 2 | Expecting submission | ||
| Oblinger | Daniel | Topic: Bootstrapped Learning | roadmap | 0 | 4 | Expecting submission | ||
| Palmer | Martha | Figurative language: "Meaning" is often more than just a sum of the parts | Sikos Brown Kim* |
language | 6 | 6 | Talk | |
| Perlis | Don | To BICA and beyond: RAH RAH RAH! --or--How biology and anomalies together contribute to flexible cognition | language | 5 | 5 | Keynote | ||
| Pirrone | Roberto | Awareness mechanisms for an intelligent tutoring system | Cannella Russo |
SRL | 6 | 6 | Talk | |
| Pope | Art | Castle | tests | 0 | 1 | Expecting submission | ||
| Rohrer | Brandon | A unified architecture for cognition and motor control based on neuroanatomy, psychophysical experiments, and cognitive behaviors | language | 8 | 1 | Talk | ||
| Samsonovich | Alexei | Cognitive Constructor: A biologically-inspired self-regulated learning partner | De Jong Kitsantas Dabbagh |
SRL | 0 | 6 | Expecting submission | |
| Schneider | Walter | Reverse engineering of the human brain with a circuit diagram based on a segmented connectome and understanding of the system dynamic control | bioconstraints | 5 | 5 | Keynote | ||
| Sierra-Santibáñez | Josefina | Grounded language acquisition enables intuitive reasoning | Santibáñez | language | 6 | 6 | Talk | |
| Srinivasa | Narayan | Learning invariant sensory-motor transforms for fault-tolerant control of redundant robots | Grossberg | industry | 1 | 1 | Talk | |
| Staszewski | James J. | Cognitive Models of Human Expertise and their Practical Value | metrics | 1 | 1 | Poster | ||
| Thomsen | Knud | The Ouroboros Model | meta | 8 | 1 | Talk | ||
| Ventura | Rodrigo | Action and adaptation: Lessons from neurobiology and future directions for robot cognitive architectures | emotion | 6 | 6 | Talk | ||
| Waser | Mark | Developing a simple top-down system of/for values, ethics and morality | emotion | 6 | 6 | Talk | ||
| Weischedel | Ralph | An exploratory study towards “Machines that Learn to Read” | Boschee* Punyakanok |
language | 6 | 6 | Talk | |
| Wyatt | Jeremy | Multiple workspaces as an architecture for cognition | Hawes | bioconstraints | 6 | 6 | Talk | |
| TOTAL | 51 entries | Keynote/invited speaker names are typed in red. Accepted numbers of pages will not be reduced by the Committee. | *presenting coauthor | Updated 2008-08-10 |
251 | 197 | The limit is 200 pages | |