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El. knyga: Cognitive Processes in Animal Behavior

Edited by (John Hopkins University), Edited by (Dalhousie University), Edited by
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Originally published in 1978, this title starts with an introductory essay in which a metatheoretical and philosophical approach to the problem of cognition in animals is discussed. The succeeding chapters are arranged, topically, from basic associative processes to higher mental operations.



Originally published in 1978, this book is a collection of chapters based on the papers read at a conference in 1976 at Dalhousie University in Halifax, Nova Scotia. The title starts with an introductory essay in which a metatheoretical and philosophical approach to the problem of cognition in animals is discussed. The succeeding chapters are arranged, topically, from basic associative processes to higher mental operations. Problems derived from models of association are discussed; as well as work on attention, memory, and the processing of stimulus information; other deal with time, spatial, and serial organization of behaviour, and concept formation.

Preface xi
1 On The Conceptual Nature Of Cognitive Terms: An Initial Essay
1(14)
Werner K. Honig
I Some Categories of Psychological Terms
2(1)
II Some Functions of Cognitive Terms
3(5)
III On the Identification of "Cognitive" Concepts
8(6)
References
14(1)
2 Some Implications Of A Cognitive Perspective On Pavlovian Conditioning
15(36)
Robert A. Rescorla
I Relations Learned in Pavlovian Conditioning
16(9)
II Relation Between Learning and Responding
25(14)
III Representation of the Reinforcer
39(8)
IV A Final Comment on the Description of Conditioning
47(1)
References
48(3)
3 Stimulus Relationships And Feature Selection In Learning And Behavior
51(38)
Eliot Hearst
I Introduction
51(5)
II Autoshaping, the Feature-Positive Effect, and Sign Tracking
56(3)
III What is Learned in Sign Tracking: Stimulus-Stimulus vs. Response-Stimulus Relations
59(12)
IV The Feature-Positive Effect Revisited
71(12)
V Concluding Comments
83(1)
References
84(5)
4 The Role Of Stimulus Learning In Defensive Behavior
89(20)
Robert C. Bolles
I Avoidance: Situational Factors
90(3)
II Avoidance: Freezing Behavior
93(2)
III Avoidance: Stimulus Learning Effects
95(3)
IV Avoidance: Response Learning Effects
98(3)
V Punishment: Response vs. Stimulus Learning
101(3)
VI The Basis of Stimulus Learning
104(1)
References
105(4)
5 Cognitive Associations As Evident In The Blocking Effects Of Response-Contingent CSs
109(46)
Harry Fowler
I Introduction
109(2)
II Pavlovian-to-Instrumental Transfer: Background and Methodology
111(6)
III Assessment of the CS's Signaling and Affective Properties
117(11)
IV Reinterpretation: Across-Reinforcement Blocking Effects
128(3)
V Blocking and Counterblocking ("Superconditioning") Tests
131(8)
VI Conclusions and Implications
139(16)
6 Cognitive Or Associative Theories Of Conditioning: Implications Of An Analysis Of Blocking
155(22)
N. J. Mackintosh
I Introduction
155(2)
II Blocking as a Problem for Association Theory
157(2)
III Analysis of the Attenuation of Blocking by Surprising Changes in Reinforcement
159(13)
IV Conclusions and Implications
172(2)
References
174(3)
7 Expectancies And The Priming Of STM
177(34)
Allan R. Wagner
I Expectancies and the Priming of STM
177(1)
II The Priming of STM
178(3)
III Retrieval-Generated Priming
181(6)
IV Self-Generated Priming
187(9)
V Extrapolation
196(9)
VI Concluding Comments
205(2)
References
207(4)
8 Studies Of Working Memory In The Pigeon
211(38)
Werner K. Honlg
I Working Memory, Reference Memory, and Associative Memory
211(3)
II Three Working-Memory Paradigms
214(5)
III The Advance-Key Procedure
219(4)
IV The Modified Advance-Key Procedure
223(2)
V The Control-Key Procedure
225(4)
VI The Functional Characteristics of the Initial Stimulus Period
229(7)
VII The Role of Differential Stimulus Feedback in the Terminal Period
236(3)
VIII General Discussion
239(10)
9 Selective Attention And Related Cognitive Processes In Pigeons
249(28)
Donald A. Riley
H. L. Roltblat
I Selective Attention and Related Cognitive Processes in Pigeons
249(4)
II The Analysis of Element-Compound Differences
253(5)
III Stimulus Compounds and Information Processing
258(7)
IV The Effect of Sample Exposure Time on Matching Performance
265(8)
V Conclusion
273(2)
References
275(2)
10 The Internal Clock
277(34)
Russell M. Church
I Time as a Stimulus
277(5)
II Explanations of Temporal Discrimination
282(4)
III Some Properties of the Internal Clock
286(16)
IV Control of the Internal Clock
302(6)
V Conclusions
308(1)
References
309(2)
11 Cognitive Structure And Serial Pattern Learning By Animals
311(30)
Stewart H. Hulse
I Introduction
311(2)
II Cognitive Structures and Serial Pattern Learning
313(2)
III Application of Cognitive Structures to Serial Patterns in Animal Learning
315(1)
IV Patterns of Reinforcement
316(4)
V Mechanisms for Serial Ordering
320(3)
VI Empirical Assessment of Encoding
323(13)
VII The Sensitivity of Animals to Structure
336(1)
VIM Conclusion
337(4)
12 Characteristics Of Spatial Memory
341(34)
David S. Olton
I Introduction
341(1)
II Eight-Arm Maze
342(12)
III Comparison to Other Testing Procedures
354(2)
IV Replications and Extensions
356(4)
V Ethological Considerations
360(3)
VI A Model for Spatial Working Memory
363(3)
VII Comparison with Other Models
366(3)
VIII Conclusion
369(2)
References
371(4)
13 Cognitive Mapping In Chimpanzees
375(48)
Emit W. Menzel
I Introduction
375(3)
II Some Observations and Experiments
378(38)
III General Conclusions
416(3)
References
419(4)
14 On The Abstractness Of Human Concepts: Why It Would Be Difficult To Talk To A Pigeon
423(30)
David Premack
I Conceptual Abstractness
424(1)
II Genesis of Abstraction
425(1)
III Abstraction in Animals
426(2)
IV Match-To-Sample
428(8)
V Absolute Versus Relational Learning
436(4)
VI Are Abstractions the Product of a Burdened Memory?
440(2)
VII Action and Abstraction
442(1)
VIII Natural Concepts in Pigeons
443(4)
IX Second-Order Relations
447(1)
X Conclusions
447(3)
References
450(3)
Author Index 453(8)
Subject Index 461
Stewart H. Hulse, Harry Fowler and Werner K. Honig