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FRONT MATTER
| i |
| Embedded Cognition |
UNDERSTANDING COMMUNICATIVE INTENTIONS USING SIMULATED ROLE-REVERSAL
M. KLEIN | 3 |
AFFORDANCES AND COMPATIBILITY EFFECTS: A NEURAL-NETWORK COMPUTATIONAL MODEL
D. CALIGIORE, A. M. BORGHI, D. PARISI and G. BALDASSARRE | 15 |
MIRRORING MAPS AND ACTIONS REPRESENTATION THROUGH EMBODIED INTERACTIONS
ALEX PITTI, HASSAN ALIREZAI and YASUO KUNIYOSHI | 27 |
MODELING VISUAL AFFORDANCES: THE SELECTIVE ATTENTION FOR ACTION MODEL (SAAM)
CHRISTOPH BÖHME and DIETMAR HEINKE | 39 |
| Memory |
STDP AND AUTO-ASSOCIATIVE NETWORK FUNCTION
DANIEL BUSH, ANDREW PHILIPPIDES, MICHAEL O'SHEA and PHIL HUSBANDS | 53 |
THE HIPPOCAMPAL SYSTEM AS THE MANAGER OF NEOCORTICAL DECLARATIVE MEMORY RESOURCES
L. ANDREW COWARD | 67 |
THE ROLE OF STRUCTURAL PLASTICITY AND SYNAPTIC CONSOLIDATION FOR MEMORY AND AMNESIA IN A MODEL OF CORTICO-HIPPOCAMPAL INTERPLAY
A. KNOBLAUCH | 79 |
CONTEXT AND SEMANTIC WORKING MEMORY IN SCHIZOPHRENIA: A COMPUTATIONAL AND EXPERIMENTAL INVESTIGATION
MARIUS USHER, EDDY J. DAVELAAR, ALLESSANDRA BERTELLE and SHOPNA SEEVARAJAH | 91 |
THE PERFORMANCE OF SPARSELY-CONNECTED 2D ASSOCIATIVE MEMORY MODELS WITH NON-RANDOM IMAGES
LEE CALCRAFT, ROD ADAMS and NEIL DAVEY | 103 |
| Categorisation |
IMAGE CATEGORIZATION AND RETRIEVAL
ANDRZEJ WICHERT | 117 |
TOWARDS A COMPETITIVE LEARNING MODEL OF MIRROR EFFECTS IN YES/NO RECOGNITION MEMORY TESTS
K. C. DIETZ, H. BOWMAN and J. C. VAN HOOFF | 129 |
REPRESENTATION AND CLASSIFICATION OF FACIAL EXPRESSION IN A MODULAR COMPUTATIONAL MODEL
ARUNA SHENOY, TIM GALE, RAY FRANK and NEIL DAVEY | 141 |
MODELLING THE TRANSITION FROM PERCEPTUAL TO CONCEPTUAL ORGANIZATION
GERT WESTERMANN and DENIS MARESCHAL | 153 |
| Temporal Aspects of Cognition |
DETECTION OF IRREGULARITIES IN AUDITORY SEQUENCES: A NEURAL-NETWORK APPROACH TO TEMPORAL PROCESSING
JOACHIM HAß, STEFAN BLASCHKE, THOMAS RAMMSAYER and J. MICHAEL HERRMANN | 167 |
INFORMATION DYNAMICS AND THE PERCEPTION OF TEMPORAL STRUCTURE
S. A. ABDALLAH and M. D. PLUMBLEY | 179 |
| Concepts and High-Level Cognition |
COMBINING SELF-ORGANIZING AND BAYESIAN MODELS OF CONCEPT FORMATION
TIINA LINDH-KNUUTILA, JUHA RAITIO and TIMO HONKELA | 193 |
TOWARDS THE INTEGRATION OF LINGUISTIC AND NON-LINGUISTIC SPATIAL COGNITION: A DYNAMIC FIELD THEORY APPROACH
JOHN LIPINSKI, JOHN P. SPENCER and LARISSA K. SAMUELSON | 205 |
INVESTIGATING SYSTEMATICITY IN THE LINEAR RAAM NEURAL NETWORK
I. FARKAŠ and M. POKORNÝ | 217 |
ON THE PSYCHOLOGY AND MODELLING OF SELF-CONTROL
ARISTODEMOS CLEANTHOUS and CHRIS CHRISTODOULOU | 229 |
CONFLICT-MONITORING AND (META)COGNITIVE CONTROL
EDDY J. DAVELAAR | 241 |
REPRESENTATION THEORY MEETS ANATOMY: FACTOR LEARNING IN THE HIPPOCAMPAL FORMATION
ANDRÁS LŐRINCZ and GÁBOR SZIRTES | 253 |
WHAT USE ARE COMPUTATIONAL MODELS OF COGNITIVE PROCESSES?
T. STAFFORD | 265 |
| Language, Learning and Development |
A LOCALIST NEURAL NETWORK MODEL FOR EARLY CHILD LANGUAGE ACQUISITION FROM MOTHERESE
ABEL NYAMAPFENE | 277 |
SYNCTACTIC GENERALIZATION IN A CONNECTIONIST MODEL OF COMPLEX SENTENCE PRODUCTION
H. FITZ and F. CHANG | 289 |
A CONNECTIONIST MODEL OF READING FOR ITALIAN
GIOVANNI PAGLIUCA and PADRAIC MONAGHAN | 301 |
SIMULATING GERMAN VERB INFLECTION WITH A CONSTRUCTIVIST NEURAL NETWORK
NICOLAS RUH and GERT WESTERMANN | 313 |
HOW MANY WORDS DO INFANTS KNOW, REALLY?
JULIEN MAYOR and KIM PLUNKETT | 325 |
MODELLING SENSORY INTEGRATION AND EMBODIED COGNITION IN A MODEL OF WORD RECOGNITION
PADRAIC MONAGHAN and TATJANA A. NAZIR | 337 |
COMPETITION AS A MECHANISM FOR PRODUCING SENSITIVE PERIODS IN CONNECTIONIST MODELS OF DEVELOPMENT
MICHAEL S. C. THOMAS | 349 |
NEUROEVOLUTION OF AUTO-TEACHING ARCHITECTURES
EDWARD ROBINSON and JOHN A. BULLINARIA | 361 |
| Sensory Processing and Attention |
MORE IS NOT NECESSARILY BETTER: GABOR DIMENSIONAL REDUCTION OF VISUAL INPUTS YIELD BETTER PERFORMANCE THAN DIRECT PIXEL CODING FOR NEURAL NETWORK CLASSIFIERS
M. MERMILLOD, D. ALLEYSSON, S. C. MUSCA, M. DUBOIS, J. BARRA, T. ATZENI, R. PALLUEL and C. MARENDAZ | 375 |
NEURAL MODELS OF PREDICTION AND SUSTAINED INATTENTIONAL BLINDNESS
ANTHONY F. MORSE | 387 |
DECOMPOSITION OF NEURAL CIRCUITS OF HUMAN ATTENTION USING A MODEL-BASED ANALYSIS: sSoTS MODEL APPLICATION TO fMRI DATA
EIRINI MAVRITSAKI, HARRIET ALLEN and GLYN HUMPHREYS | 401 |
BACK MATTER
| 415 |
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