Cognition : The Thinking Animal

by
Edition: 3rd
Format: Hardcover
Pub. Date: 2007-01-01
Publisher(s): Prentice Hall
List Price: $157.30

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Summary

This unique book helps readers understandwhycognitive psychologists approach problems as they do. It explains the questions cognitive psychologists ask, gives clear answers, and provides interesting, lively, and comprehensive coverage of controversies in the field.This book is a study of cognition: of how humans think. Topics covered include visual perception, attention, sensory and primary memory, memory encoding, memory retrieval, memory storage, motor control, visual imagery, decision making and deductive reasoning, problem solving, and language.For readers that are interested in understanding the mysteries of cogition, including psychiatrists, psychologists, psychoanalysts, and those in the field of cognitive neuroscience.

Table of Contents

Preface xiii
Cognitive Psychologists' Approach to Research
1(34)
Why Make Assumptions?
3(3)
How Did Philosophers and Early Psychologists Study the Mind?
6(14)
Philosophical Underpinnings
6(7)
The Beginnings of Modern Psychology
13(2)
The Response: Behaviorism
15(1)
Behaviorism's Success
16(4)
How Do Cognitive Psychologists Study the Mind?
20(15)
What Behaviorism Couldn't Do
20(2)
Failures of Behaviorism to Account for Human Behavior
22(2)
The Computer Metaphor and Information Processing
24(2)
The Behaviorist Response
26(1)
Abstract Constructs in Other Fields
27(3)
So What, Finally, Is the Cognitive Perspective?
30(5)
Interlude: The Brain
35(474)
Where Is the Damage?
37(3)
Where Is the Activation?
40(3)
The Behavioral Side of the Equation
43(2)
Lesion Studies
44(1)
Imaging Studies
44(1)
Problems and Limitations of Anatomical Studies
45(2)
Why Does Localization Help Us?
47(2)
The Five-Minute Brain Anatomy Lesson
49(6)
Cerebral Cortex
49(3)
The Rest of the Brain
52(3)
Visual Perception
55(42)
What Makes Visual Perception Hard?
57(5)
How Are Visual Ambiguities Resolved?
62(19)
Shape
63(2)
Brightness
65(3)
Distance and Size
68(6)
Top-Down Influences in Vision
74(2)
An Alternative: The Ecological Approach
76(5)
What Is Visual Perception For?
81(16)
Identifying Objects
81(9)
Navigation
90(7)
Attention
97(40)
In What Way Is Attention Limited?
99(12)
Parallel Performance
100(1)
Consistent Attention Requirements
101(3)
Allocation of Attention
104(1)
Reduction in Attention Demands with Practice: Automaticity
105(6)
What Is the Fate of Sensory Stimuli that Are Not Selected to Receive Attention?
111(14)
Early Filter Theories
113(1)
Late Filter Theories
114(3)
The Movable Filter Model
117(1)
What Is Selected?
118(4)
How Does Selection Operate?
122(3)
Why Does Selection Fail?
125(12)
Properties of Attention that Cause Selection Failures
126(4)
Interaction of Attention with Other Components of Cognition
130(7)
Sensory Memory and Primary Memory
137(41)
What Is Sensory Memory?
139(10)
Early Span of Apprehension Studies
140(1)
Sperling's Partial Report Procedure
141(2)
Characteristics of Iconic Memory
143(2)
What Is Iconic Memory For?
145(1)
Echoic Memory
146(3)
What Are the Characteristics of Primary Memory?
149(13)
Impetus to Study Primary Memory
149(3)
How Forgetting Occurs
152(3)
Representation
155(4)
Capacity
159(3)
How Does Primary Memory Work?
162(16)
Models of Primary Memory
163(1)
Working Memory
164(5)
Primary Memory Contributions to Secondary Memory Tasks
169(2)
Working Memory as a Workspace
171(7)
Memory Encoding
178(29)
What Determines What We Encode in Memory?
180(19)
Factors that Help Memory: Emotion and Depth
180(9)
Factors that Don't Help Memory: Intention to Learn and Repetition
189(3)
Interim Summary
192(1)
Problems with the Levels of Processing Theory
193(1)
Match Between Encoding and Retrieval: Transfer Appropriate Processing
193(5)
Conclusion
198(1)
Why Do We Encode Information as We Do?
199(8)
Prior Knowledge Reduces What We Must Remember
200(1)
Prior Knowledge Guides the Interpretation of Details
201(2)
Prior Knowledge Makes Unusual Things Stand Out
203(4)
Memory Retrieval
207(33)
Why Is Memory Retrieval Unreliable?
208(16)
Measures of Memory
209(2)
Sensitivity of Memory Measures
211(1)
Differences in Cues
212(1)
Encoding and Retrieval Redux
213(2)
Retrieval Cues and Memory Test Sensitivity
215(1)
Retrieval Cues and the Physical Environment
216(1)
Identical Cues, Different Memories?
217(3)
Retrieval and Prior Knowledge
220(4)
Why Do We Forget?
224(16)
Occlusion
226(1)
Unlearning
226(2)
Decay
228(1)
Changes to Target Memories
229(3)
Repression
232(2)
The Permanence of Memory
234(6)
Memory Storage
240(46)
What Is in the Storehouse?
241(1)
The Classical View of Categorization
242(16)
The Probabilistic View of Categorization
249(8)
Summary
257(1)
How Is Memory Organized?
258(16)
Addressing Systems
258(1)
Content-Addressable Storage
259(1)
Hierarchical Theory
260(2)
Spreading Activation Theories
262(2)
Spreading Activation Models: An Example
264(2)
Evidence of Activation
266(1)
Criticisms of Spreading Activation
267(1)
Distributed Representation (Parallel Distributed Processing)
268(4)
Criticisms of Parallel Distributed Processing Models
272(2)
What Else Is in Memory?
274(12)
What Are Separate Memory Systems?
274(1)
Procedural and Declarative Memory
275(6)
Cognitive Differences among Memory Systems
281(5)
Motor Control
286(42)
How Do We Select a Movement?
288(10)
Efficiency Theories
289(1)
Synergy Theories
290(2)
The Mass Spring Model
292(4)
Which Model Is Right?
296(2)
How Are Movements Sequenced?
298(7)
Response Chaining
298(1)
Motor Program Theories
299(3)
Hierarchical Control in Motor Programs
302(3)
How Is Perceptual Information Integrated into Ongoing Movements?
305(9)
Vision
305(2)
Proprioception
307(7)
How Are Motor Skills Learned?
314(14)
Three Properties of Motor Skill Learning
314(4)
Two Approaches to Motor Skill Learning
318(10)
Visual Imagery
328(37)
What Purpose Does Visual Imagery Serve?
330(11)
Imagery in Early Psychology
331(1)
Imagery Reenters Psychology
332(3)
Imagery and Perception
335(6)
Are Visual Images Supported by a Separate Representation System?
341(8)
Propositional versus Analog Representation
341(5)
The Metaphor Is Misleading
346(1)
Demand Characteristics and Tacit Knowledge
347(1)
The Brain and the End of the Imagery Debate
348(1)
How Does Visual Imagery Work?
349(16)
Image Generation
350(4)
Image Inspection
354(4)
Image Transformation
358(7)
Decision Making and Deductive Reasoning
365(45)
Do People Consistently Make Optimal Decisions?
367(7)
Normative or Rational Models
367(2)
Demonstrations of Human Irrationality
369(5)
What Shortcuts Do People Use to Make Decisions?
374(12)
Representativeness
374(1)
Availability
375(2)
Anchoring and Adjustment
377(1)
Information We Ignore
378(2)
Probabilities versus Frequencies
380(2)
Social Factors
382(3)
Summary
385(1)
Do People Reason Logically?
386(24)
Formal Logic
387(5)
Human Success and Failure in Reasoning: Conditional Statements
392(5)
Human Success and Failure in Reasoning: Syllogisms
397(2)
General Models of Reasoning
399(8)
Summary
407(3)
Problem Solving
410(46)
How Do People Solve Novel Problems?
412(9)
Problem Spaces
412(1)
Selecting Operators
413(8)
How Do People Apply Experience to New Problems?
421(20)
Background Knowledge
422(3)
Analogy
425(5)
Functional Fixedness
430(11)
What Makes People Good at Solving Problems?
441(15)
How Do Experts Differ from Novices?
442(3)
How Do People Become Experts?
445(3)
What Makes Nonexperts Good at Solving Problems?
448(8)
Language
456(53)
What Makes Language Processing Difficult?
458(11)
What Is Language?
459(4)
Grammar
463(6)
How Are Ambiguities Resolved?
469(26)
Phonemes
470(3)
Words
473(7)
Sentences
480(8)
Texts
488(7)
How Are Language and Thought Related?
495(14)
Ape Language
496(5)
Language and Thought
501(8)
Appendix 509(10)
Answers to Questions 519(21)
Glossary 540(17)
References 557(32)
Credits 589(7)
Author Index 596(11)
Subject Index 607

Excerpts

A long-standing goal of human enquiry is to understand ourselves. How can we characterize the human species? Here are some well-known definitions of "man." Man is by nature a political animal.--Aristotle Man is a noble animal.--Sir Thomas Browne Man is a tool-using animal.--Thomas Carlyle Man is a reasoning animal.--Seneca Man is a social animal.--Benedict Spinoza Man is a rational animal who always loses his temper when he is called upon to act in accordance with the dictates of reason.--Oscar Wilde All these proposals are, in a sense, correct, but are all rooted in another characteristic. We are able to act politically, use tools effectively, understand nobility, and so on because of our ability to think. The book you are reading is a study of cognition--of how humans think. READABILITY Cognitive psychology does not seem to have the intrinsic interest of some other areas of the field. Textbook authors are aware of this problem, but to be honest, I've never cared much for their remedies. The usual strategy is to include "real world" examples and demonstrations, usually found in little boxes that appear every few pages. This strategy seems to confirm. the reader's growing suspicion that they are bored by sending the implicit message. "Yes, yes, I know this stuff is boring, but hang in there, and every few pages I'll toss in one of those boxes with a demonstration or real-world application to keep you going." I've done three things in this book to try to arouse readers' interest in the material. I have explicitly stated the questions that motivate cognitive psychologists. These questions we ask are of general interest, but psychologists don't always do the best job of explaining the questions in any detail. We plunge right into the answers, which seem arcane. Each chapter in this book is organized around two or three straightforward questions that are easy to appreciate and explained in detail. To the extent possible, I have used a narrative structure. By that I mean that there are causal links within and across chapter sections, so that it is clear why you are reading something. Nothing is more boring than a list of unconnected facts. I have tried to write in a non-stilted, not-especially-academic style. Despite the light tone, this book is not light in content. An easy way to check the coverage is by examining the key terms section at the end of each chapter. PEDAGOGY Readability is fine, but the goal of a textbook is, after all, that students learn the material. Different students like and use different pedagogical features, so I've included a few different ones to help them learn. A brief preview poses the broad questions and provides the broad answers covered in each section. Key terms are identified by boldface type and are defined immediately thereafter. They are also collected in a glossary. Each section closes with a series of questions. The "stand-on-one-foot" summary questions ask students to summarize what they learned in the section they just read. The name comes from the Talmudic story of the heretic who went to great sages, asking each to summarize all of the Torah during the time he could stand on one foot. (He finally found a willing sage in Hillel, who quoted from Leviticus: "What is hateful to you, do not to others.") The idea is simply to get readers to pause for a moment and make sure they understood the major points. The end of each section also includes questions that require considerably more thought; the student will need to apply what he or she has just learned to new situations, or go beyond the material in some way. I call these "questions that require two feet." Answers to all questions are provided at the back of the book. I've also included an appendix containing background information and expla

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