Behavioral and Brain Sciences

Volume 22 : Issue 4

Table of Contents

• Perceptual symbol systems 
  Lawrence W. Barsalou
  Page 577-660
• What makes perceptual symbols perceptual? 
  Murat Aydede
  Page 610-611
• Modality and abstract concepts 
  Fred Adams and Kenneth Campbell
  Page 610-610
• Perceptual symbols: The power and limitations of a theory of dynamic imagery and structured frames 
  William F. Brewer
  Page 611-612
• Perceptual symbol systems and emotion 
  Louis C. Charland
  Page 612-613
• Sort-of symbols? 
  Daniel C. Dennett and Christopher D. Viger
  Page 613-613
• On the virtues of going all the way 
  Shimon Edelman and Elise M. Breen
  Page 614-614
• Creativity, simulation, and conceptualization 
  Gilles Fauconnier
  Page 615-615
• Spatial symbol systems and spatial cognition: A computer science perspective on perception-based symbol processing 
  Christian Freksa, Thomas Barkowsky and Alexander Klippel
  Page 616-617
• Grounded in perceptions yet transformed into amodal symbols 
  Liane Gabora
  Page 617-617
• Perceptual symbols in language comprehension 
  Arthur M. Glenberg
  Page 618-619
• Perception as purposeful inquiry: We elect where to direct each glance, and determine what is encoded within and between glances 
  Julian Hochberg
  Page 619-620
• Individuals are abstractions 
  James R. Hurford
  Page 620-621
• Creativity of metaphor in perceptual symbol systems 
  Bipin Indurkhya
  Page 621-622
• The uncanny power of words 
  Paul J. M. Jorion
  Page 622-623
• Reinventing a broken wheel 
  Barbara Landau
  Page 623-624
• Latent Semantic Analysis (LSA), a disembodied learning machine, acquires human word meaning vicariously from language alone 
  Thomas K. Landauer
  Page 624-625
• A view from cognitive linguistics 
  Ronald W. Langacker
  Page 625-625
• Can handicapped subjects use perceptual symbol systems? 
  F. Lowenthal
  Page 625-626
• Whither structured representation? 
  Arthur B. Markman and Eric Dietrich
  Page 626-627
• Development, consciousness, and the perception/mental representation distinction 
  Lorraine McCune
  Page 627-628
• Simulations, simulators, amodality, and abstract terms 
  Robert W. Mitchell and Catherine A. Clement
  Page 628-629
• Can metacognition be explained in terms of perceptual symbol systems? 
  Ruediger Oehlmann
  Page 629-630
• Introspection and the secret agent 
  Natika Newton
  Page 629-629
• Selecting is not abstracting 
  Stellan Ohlsson
  Page 630-631
• A little mechanism can go a long way 
  David A. Schwartz, Mark Weaver and Stephen Kaplan
  Page 631-632
• Truth and intra-personal concept stability 
  Mark Siebel
  Page 632-633
• A perceptual theory of knowledge: Specifying some details 
  Aaro Toomela
  Page 633-634
• External symbols are a better bet than perceptual symbols 
  A. J. Wells
  Page 634-635
• Perceiving abstract concepts 
  Katja Wiemer-Hastings and Arthur C. Graesser
  Page 635-636
• Perceptual symbols in language comprehension: Can an empirical case be made? 
  Rolf A. Zwaan, Robert A. Stanfield and Carol J. Madden
  Page 636-637
• Perceptions of perceptual symbols 
  Lawrence W. Barsalou
  Page 637-660
• A model of saccade generation based on parallel processing and competitive inhibition 
  John M. Findlay and Robin Walker
  Page 661-674
• Change in motor plan with a change in the selection of the to-be-recognized word 
  C;eacute;cile Beauvillain
  Page 674-675
• Temporal delays, not underactivation of detection processes may be responsible for neglect 
  I-han Chou and Peter H. Schiller
  Page 675-676
• Linking covert and overt attention 
  James J. Clark
  Page 676-677
• The effect of auditory distractors on saccades toward visual targets 
  H. Colonius and P. Arndt
  Page 677-678
• Dopamine and impairment at the executive level 
  Trevor J. Crawford, Annelies Broerse and Jans Den Boer
  Page 678-679
• Is attention required in a model of saccade generation? 
  David Crundall and Geoffrey Underwood
  Page 679-680
• Where and When does the What system play a role in eye movement control? 
  K. Dor;eacute;-Mazars
  Page 680-681
• Spatial programming and the representation of salience 
  Jay A. Edelman, Jacqueline Gottlieb and Michael E. Goldberg
  Page 682-682
• Unwanted reflex-like saccades in visual extinction patients 
  Alessandra Fanini and Carlo Alberto Marzi
  Page 683-683
• Voluntary and involuntary components in saccade and attention control 
  Burkhart Fischer
  Page 684-685
• Can parallel processing and competitive inhibition explain the generation of saccades? 
  M. A. Frens, I. T. C. Hooge and H. H. L. M. Goossens
  Page 685-686
• The role of executive control in saccade generation 
  Diane C. Gooding
  Page 686-687
• Learning from cerebellar lesions about the temporal and spatial aspects of saccadic control 
  Alain Guillaume, Laurent Goffart and Denis P;eacute;lisson
  Page 687-688
• Higher level influences on saccade generation in normals and patients with visual hemineglect 
  Wolfgang Heide, Andreas Sprenger and Detlef K;amp;ouml;mpf
  Page 688-689
• Oculomotor capture by abrupt onsets reveals concurrent programming of voluntary and involuntary saccades 
  Arthur F. Kramer, David E. Irwin, Jan Theeuwes and Sowon Hahn
  Page 689-690
• Contextual factors in the generation of express and regular saccades 
  Martin J;amp;uuml;ttner
  Page 689-689
• Is there more to visual attention than meets the eye? 
  Cyril Latimer
  Page 690-691
• Concurrent processing of saccades 
  Robert M. McPeek, Edward L. Keller and Ken Nakayama
  Page 691-692
• Winner-takes-all and action selection 
  Daniel V. Meegan
  Page 692-693
• Lateral interactions in the superior colliculus, not an extended fixation zone, can account for the remote distractor effect 
  E. Olivier, M. C. Dorris and D. P. Munoz
  Page 694-695
• Is covert attention really unnecessary? 
  Alexander Pollatsek and Keith Rayner
  Page 695-696
• Top-down influences on saccade generation in cognitive tasks 
  Ralph Radach
  Page 697-698
• Ocular disengagement inhibited by target onset in periphery? 
  Wa James Tam
  Page 698-698
• Salience, saccades, and the role of cortex 
  Kathleen Taylor
  Page 698-699
• Frontal eye field: A cortical salience map 
  Kirk G. Thompson and Narcisse P. Bichot
  Page 699-700
• Generating oculomotor and neuronal behavior in a neural field model of the superior colliculus 
  Thomas P. Trappenberg and Raymond M. Klein
  Page 700-701
• Adding depth to the picture 
  J.A.M. Van Gisbergen and V. Chaturvedi
  Page 701-702
• About saccade generation in reading 
  Fran;ccedil;oise Vitu
  Page 702-703
• Exorcising the devil: Adding details to a descriptive account of oculomotor control 
  Gregory J. Zelinsky
  Page 703-704
• Monocular and binocular mechanisms in saccade generation 
  Wu Zhou and W. M. King
  Page 704-705
• How are saccades generated? 
  John M. Findlay and Robin Walker
  Page 706-713
• Grammars rule O.K. 
  Neil Law Malcolm
  Page 723-724
• Colour word usage within languages follows the Berlin and Kay ordering 
  I. C. McManus
  Page 724-724
• Colour word trouble 
  B. A. C. Saunders and J. van Brakel
  Page 725-728
• Identifying, reidentifying, and misidentifying 
  Eric Saidel
  Page 730-731
• The common structure is the affordance in the ecology 
  Paul J. Treffner
  Page 731-732
• On sympathies with J. J. Gibson and on focusing reference 
  Ruth Garrett Millikan
  Page 732-733