Table of Contents

• Organizing CommitteeAlexei V. Samsonovich. [doi]
• Preface: Toward a Growing Computational Replica of the Human MindAlexei V. Samsonovich, Shane T. Mueller. 1-3 [doi]
• A Novel Classification Method Using Self-Regulatory FeedbackTsvi Achler, Eyal Amir. 4 [doi]
• Reverse Engineering the BrainJames S. Albus. 5-14 [doi]
• Circuit Sharing and the Implementation of Intelligent SystemsMichael L. Anderson. 15 [doi]
• Detecting, Tracking, and Modeling Self-Regulatory Processes during Complex Learning with HypermediaRoger Azevedo, Amy M. Witherspoon. 16-26 [doi]
• A Brain Inspired Architecture for an Outdoor Robot GuideRosamaria E. Barone, Irene Macaluso, Lorenzo Riano, Antonio Chella. 27-34 [doi]
• Bio-Inspired Planning and Reaching in Complex EnvironmentsRajan Bhattacharyya, Narayan Srinivasa, Stephen Grossberg. 35 [doi]
• An Exploratory Study Towards "Machines that Learn to Read"Elizabeth Boschee, Vasin Punyakanok, Ralph M. Weischedel. 36-41 [doi]
• Episodic Memory for Human-like Agents and Human-like Agents for Episodic MemoryCyril Brom, Jirí Lukavský. 42-47 [doi]
• Learning through Observation and Imitation: An Overview of the ConSCIS ArchitectureAntonio Chella, Haris Dindo, Salvatore Gaglio. 48-53 [doi]
• Modeling Mental Contexts and Their InteractionsWei Chen, Scott E. Fahlman. 54-59 [doi]
• The Internal World Models Needed to Perform Situation EstimationJames L. Eilbert. 60 [doi]
• Building a Constraint Solver that LearnsSusan L. Epstein. 61 [doi]
• Synthetic Cognitive Agent Situational Awareness ComponentsSanford T. Freedman, Julie A. Adams. 62 [doi]
• Quantifying Memory Retrieval: From Neural Substrates to the Subjective ContentRobert S. Gardner, Adam T. Vogel, Matteo Mainetti, Giorgio A. Ascoli. 63 [doi]
• A Cognitively-Based Constructivist Approach to Memory and ReasoningJohn S. Gero. 64 [doi]
• XIA-MAN: An Extensible, Integrative Architecture for Intelligent Humanoid RoboticsBen Goertzel, Hugo de Garis. 65-74 [doi]
• Cognitive Ontologies: Mapping Structure and Function of the Brain from a Systemic ViewJaime Gómez, Ricardo Sanz, Carlos Hernández. 75-76 [doi]
• Evolving Complete Cognitive Architectures: The Role of Neural Competition and Diffusive Emotional Control for Learning and Emergent Cognitive CapabilitiesClaudius Gros, Gregor Kaczor. 77 [doi]
• Towards Self-Organizing Autonomous Brain-Inspired Cognitive ArchitecturesStephen Grossberg. 78-79 [doi]
• SERVO STACKS: An Architecture for Cognitive and Developmental RoboticsJ. Storrs Hall. 80 [doi]
• Bayesian Memory, a Possible Hardware Building Block for Intelligent SystemsDan Hammerstrom, Mazad Zaveri. 81 [doi]
• Modeling the Mechanisms of Emotion Effects on CognitionEva Hudlicka. 82-86 [doi]
• A Neuropsychological Framework for Advancing Artificial IntelligenceChristian R. Huyck, Hina Ghalib. 87 [doi]
• A Categorization of Contextual ConstraintsMichael Kandefer, Stuart C. Shapiro. 88-93 [doi]
• Perceptive Machines: From Selective Attention and Recognition to Visual CognitionDeepak Khosla, David J. Huber. 94-95 [doi]
• Applications of BICA to Intelligence AnalysisPaul Kogut, Norris Heintzelman, Greg Stachnick. 96-97 [doi]
• The SAL Integrated Cognitive ArchitectureChristian Lebiere, Randall C. O'Reilly, David J. Jilk, Niels Taatgen, John R. Anderson. 98-104 [doi]
• Hippocampal Formation Breaks Combinatorial Explosion for Reinforcement Learning: A ConjectureAndrás Lörincz. 105-110 [doi]
• Systems Learning for Complex Pattern ProblemsOmid Madani. 111-112 [doi]
• The Biological Bases of Syntax-Semantics Interface in Natural Languages: Cognitive Modeling and Empirical EvidenceEvguenia Malaia, Ronnie B. Wilbur. 113-116 [doi]
• Adapting the Turing Test for Embodied Neurocognitive Evaluation of Biologically-Inspired Cognitive AgentsShane T. Mueller, Brandon S. Minnery. 117-126 [doi]
• A Simulated Physiological/Cognitive "Double Agent"Sergei Nirenburg, Marjorie McShane, Stephen Beale. 127-134 [doi]
• Function Follows Form: Biologically Guided Functional Decomposition of Memory SystemsDavid C. Noelle. 135-139 [doi]
• Towards an Adaptive Intelligent AgentDaniel Oblinger. 140 [doi]
• To BICA and Beyond: RAH-RAH-RAH! - or - How Biology and Anomalies Together Contribute to Flexible CognitionDon Perlis. 141-145 [doi]
• Awareness Mechanisms for an Intelligent Tutoring SystemRoberto Pirrone, Vincenzo Cannella, Giuseppe Russo. 146-151 [doi]
• CASTLE: A Framework for Integrating Cognitive Models into Virtual EnvironmentsArt Pope, Pat Langley. 152 [doi]
• Improved Animal-Like Maintenance of Homeostatic Goals via Flexible LatchingPhilipp Rohlfshagen, Joanna J. Bryson. 153-160 [doi]
• A Unified Architecture for Cognition and Motor Control Based on Neuroanatomy, Psychophysical Experiments, and Cognitive BehaviorsBrandon Rohrer. 161 [doi]
• Cognitive Constructor: A Biologically-Inspired Self-Regulated Learning PartnerAlexei V. Samsonovich, Anastasia Kitsantas, Nada Dabbagh. 162-167 [doi]
• A Principled Approach for Systematic Mind EngineeringRicardo Sanz, Jaime Gómez, Carlos Hernández, Adolfo Hernando. 168 [doi]
• Reverse Engineering the Brain with a Circuit Diagram Based on a Segmented Connectome and System DynamicsWalter Schneider, Michael W. Cole, Sudhir Pathak. 169-173 [doi]
• Grounded Language Acquisition Enables Intuitive ReasoningJosefina Sierra, Josefina Santibáñez. 174-179 [doi]
• Figurative Language: "Meaning" is Often More than Just a Sum of the PartsLes Sikos, Susan Windisch Brown, Albert E. Kim, Laura A. Michaelis, Martha Palmer. 180-185 [doi]
• Learning Invariant Sensory-Motor Transforms for Fault-Tolerant Control of Redundant RobotsNarayan Srinivasa, Stephen Grossberg. 186 [doi]
• Cognitive Models of Human Expertise and their Scientific and Practical ValueJames J. Staszewski. 187 [doi]
• The Ouroboros ModelKnud Thomsen. 188 [doi]
• Action and Adaptation: Lessons from Neurobiology and Challenges for Robot Cognitive ArchitecturesRodrigo Ventura. 189-194 [doi]
• Discovering the Foundations of a Universal System of Ethics as a Road to Safe Artificial IntelligenceMark R. Waser. 195-200 [doi]
• Multiple Workspaces as an Architecture for CognitionJeremy L. Wyatt, Nick Hawes. 201 [doi]