Behavioral and Brain Sciences

Volume 21 : Issue 5

Table of Contents

• The dynamical hypothesis in cognitive science 
  Tim van Gelder
  Page 615-628
• Dynamicists versus computationalists: Whither mechanists? 
  William Bechtel
  Page 629-629
• Why the dynamical hypothesis cannot qualify as a law of qualitative structure 
  Nick Braisby, Richard Cooper and Bradley Franks
  Page 630-631
• Framing the debate between computational and dynamical approaches to cognitive science 
  Randall D. Beer
  Page 630-630
• The dynamical model is a Perceptron 
  Bruce Bridgeman
  Page 631-632
• Leaky virtual machines and the best of both worlds 
  Alan Bundy
  Page 632-633
• What is the dynamical hypothesis? 
  Nick Chater and Ulrike Hahn
  Page 633-634
• What might dynamical intentionality be, if not computation? 
  Ronald L. Chrisley
  Page 634-635
• Dynamical embodiments of computation in cognitive processes 
  James P. Crutchfield
  Page 635-635
• Revolution, no! Reform, si! 
  Daniel C. Dennett
  Page 636-637
• The dynamical hypothesis: The role of biological constraints on cognition 
  Keith Davids and Simon Bennett
  Page 636-636
• All information processing entails computation, or, If R. A. Fisher had been a cognitive scientist . . . 
  Eric Dietrich and Arthur B. Markman
  Page 637-638
• The dynamical hypothesis in social cognition 
  J. Richard Eiser
  Page 638-638
• Interlevel connections and agent evolution should not be overlooked 
  Donald R. Franceschetti
  Page 639-640
• The dynamical hypothesis: One battle behind 
  Robert M. French and Elizabeth Thomas
  Page 640-641
• Why dynamical implementation matters 
  James W. Garson
  Page 641-642
• Cognitive dynamics: A psychological perspective 
  Richard A. Heath
  Page 642-642
• Resisting the tyranny of terminology: The general dynamical hypothesis in cognitive science 
  Terence Horgan and John Tienson
  Page 643-643
• The dynamics of what? 
  Fred A. Keijzer, Sacha Ben and Lex van der Heijden
  Page 644-645
• Theories of structure versus theories of change 
  Melanie Mitchell
  Page 645-646
• Is the dynamical hypothesis falsifiable? On unification in theories of cognition 
  David C. Noelle
  Page 647-648
• Digital computers versus dynamical systems: A conflation of distinctions 
  
  Page 648-649
• Distinguishing between the computational and dynamical hypotheses: What difference makes the difference? 
  Steven R. Quartz
  Page 649-650
• Dynamical modeling and morphological analysis 
  Jean Petitot
  Page 649-649
• The intrinsic temporality of human cognition 
  Benny Shanon
  Page 650-651
• In time and over time 
  Tim Smithers
  Page 651-652
• Disentangling dynamics, computation, and cognition 
  Tim van Gelder
  Page 654-661
• Learning by imitation: A hierarchical approach 
  Richard W. Byrne and Anne E. Russon
  Page 667-684
• If it is inevitable, it need not be imitated 
  Patricia J. Bauer
  Page 684-685
• Priming primates: Human and otherwise 
  Mark Chen, Tanya L. Chartrand, Annette Y. Lee-Chai and John A. Bargh
  Page 685-686
• Modelling imitation with sequential games 
  Andrew M. Colman
  Page 686-687
• Can humans form hierarchically embedded mental representations? 
  Denise Dellarosa Cummins
  Page 687-688
• A neurobiological approach to imitation 
  Jean Decety and Julie Gr;egrave;zes
  Page 688-689
• A Piagetian view of imitation 
  Harold D. Fishbein
  Page 689-690
• No imitation without identification 
  Frans B. M. de Waal
  Page 689-689
• Splitting, lumping, and priming 
  Mark Gardner and Cecilia Heyes
  Page 690-691
• When actions are carved at the joints 
  Merideth Gattis, Harold Bekkering and Andreas Wohlschl;auml;ger
  Page 691-692
• Out of the mouths of babes: A hierarchical view of imitation by human infants 
  Harlene Hayne
  Page 692-693
• When is imitation imitation and who has the right to imitate? 
  Mikael Heimann
  Page 693-693
• Movement imitation as faithful copying in the absence of insight 
  Ludwig Huber
  Page 694-694
• A methodological behaviourist model for imitation 
  Paul J. M. Jorion
  Page 695-695
• Imitation without attitudes 
  Eoghan Mac Aog;aacute;in
  Page 696-697
• High-level social learning in apes: Imitation or observation-assisted planning? 
  Peter E. Midford
  Page 698-699
• In the search for the functional homology of human imitation: Take play seriously! 
  
  Page 699-700
• The neural basis of Imitative behavior: Parietal actions and frontal programs 
  Naoyasu Motomura
  Page 700-701
• Mechanisms of imitation: The relabeled story 
  Herbert L. Roitblat
  Page 701-702
• Hierarchical learning of song in birds: A case of vocal imitation? 
  Dietmar Todt
  Page 702-703
• Emulation learning and cultural learning 
  Michael Tomasello
  Page 703-704
• Hoist by their own petard: The constraints of hierarchical models 
  B. Vereijken and H. T. A. Whiting
  Page 705-705
• Toward a microanalysis of imitative actions 
  Stefan Vogt and David Carey
  Page 705-706
• Indices of program-level comprehension 
  Stephen C. Want and Paul L. Harris
  Page 706-707
• How imitators represent the imitated: The vital experiments 
  Andrew Whiten
  Page 707-708
• Common ground on which to approach the origins of higher cognition 
  Richard W. Byrne and Anne E. Russon
  Page 709-717