Verfügbarkeit: Sensation and perception

Sensation and perception:

Gespeichert in:

Bibliographische Detailangaben
1. Verfasser:	Goldstein, E. Bruce 1941- (VerfasserIn)
Format:	Buch
Sprache:	English
Veröffentlicht:	Belmont, Calif. Thomson Wadsworth 2007
Ausgabe:	7. ed., internat. student ed., [Nachdr.]
Schlagworte:	Perception Sens et sensations Senses and sensation Wahrnehmungspsychologie Wahrnehmung Einführung Lehrbuch
Online-Zugang:	Inhaltsverzeichnis
Beschreibung:	XXIX, 438 S. Ill., graf. Darst.
ISBN:	9780495187783 049518778X

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Datensatz im Suchindex

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adam_text	BRIEF CONTENTS 1 INTRODUCTION TO PERCEPTION 3 1 0 PERCEPTION AND ACTION 215 2 INTRODUCTION TO THE PHYSIOLOGY OF PERCEPTION 21 3 NEURONS AND PERCEPTION 45 4 THE ORGANIZED BRAIN 71 5 PERCEIVING OBJECTS 93 6 VISUAL ATTENTION 121 7 PERCEIVING COLOR 141 8 PERCEIVING DEPTH AND SIZE 167 9 PERCEIVING MOVEMENT 195 1 1 SOUND, THE AUDITORY SYSTEM, AND PITCH PERCEPTION 233 1 2 SOUND LOCALIZATION AND THE AUDITORY SCENE 265 1 3 SPEECH PERCEPTION 285 1 4 THE CUTANEOUS SENSES 303 1 5 THE CHEMICAL SENSES 327 1 Ó PERCEPTUAL DEVELOPMENT 351 Appendix SIGNAL DETECTION: PROCEDURE AND THEORY 373 CONTENTS INTRODUCTION TO PERCEPTION 3 WHY READ THIS BOOK? 4 THE PERCEPTUAL PROCESS 5 Environmental Stimuli and Attended Stimuli 6 The Stimulus on the Receptors 6 Transduction 6 Neural Processing 7 Perception 7 Recognition 7 Action 8 Knowledge 8 Demonstration: Perceiving a Picture 8 HOW TO APPROACH THE STUDY OF PERCEPTION 9 Levels of Analysis 10 Communication Between the Levels of Analysis 11 MEASURING PERCEPTION 12 Description 12 Recognition 12 Method: Recognition 12 Detection 12 Method: Determining the Absolute Threshold 13 Method: Determining the Difference Threshold 14 Demonstration: Measuring the Difference Threshold 14 Magnitude Estimation 15 Method: Magnitude Estimation 15 Search 16 Other Methods of Measurement 16 SOMETHING TO CONSIDER: HOW TO GET THE MOST OUT OF THIS BOOK 16 TEST YOURSELF 1.1 17 THINK ABOUT IT 17 IF YOU WANT TO KNOW MORE 1 8 KEY TERMS 18 VIRTUAL LAB 18 INTRODUCTION TO THE PHYSIOLOGY OF PERCEPTION 21 THE BRAIN: THE MIND S COMPUTER 22 Early History of the Physiological Approach 22 Basic Structure of the Brain 24 NEURONS: COMMUNICATION AND PROCESSING 24 Recording Electrical Signals in Neurons 25 Method: Recording From a Neuron 25 Basic Properties of Action Potentials 27 Events at the Synapse 27 VISION BEGINS IN THE EYE 28 Light Is the Stimulus for Vision 29 Images Are Focused on the Retina 30 Demonstration: Becoming Aware of What Is in Focus 3 1 ix TRANSFORMING LIGHT INTO ELECTRICITY 32 The Rod and Cone Receptors 32 Demonstration: Seeing the Blind Spot 32 Transduction of Light Into Electricity 33 TEST YOURSELF 2.1 36 PIGMENTS AND PERCEPTION 36 Dark Adaptation of the Rods and Cones 36 Method: Measuring Dark Adaptation 37 Spectral Sensitivity of the Rods and Cones 39 SOMETHING TO CONSIDER: TRANSFORMATIONS AND RECEPTORS 41 TEST YOURSELF 2.2 41 THINK ABOUT IT 4 1 IF YOU WANT TO KNOW MORE 42 KEY TERMS 42 VIRTUAL LAB 43 NEURONS AND PERCEPTION 45 CONVERGENCE: MANY NEURONS SENDING SIGNALS TO ONE NEURON 46 Convergence in the Retina 46 Why Rods Result in Greater Sensitivity Than Cones 46 Why We Use Our Cones to See Details 48 Demonstration: Foveal Versus Peripheral Acuity 48 INHIBITION: HOW ACTIVITY IN ONE NEURON CAN DECREASE ACTIVITY IN ANOTHER ONE 49 What the Horseshoe Crab Teaches Us About Inhibition 49 Lateral Inhibition and Lightness Perception 50 Demonstration: Creating Mach Bands in Shadows 52 Demonstration: Simultaneous Contrast 53 Displays That Can t Be Explained by Lateral Inhibition 54 TEST YOURSELF 3. 1 55 NEURAL PROCESSING: INTERACTIONS BETWEEN NEURONS 55 Excitation, Inhibition, and Neural Responding 56 Introduction to Receptive Fields 57 Method: Determining a Neuron s Receptive Field 57 Processing Past the Retina 58 DO FEATURE DETECTORS PLAY A ROLE IN PERCEPTION? 62 Selective Adaptation and Feature Detectors 62 Method: Selective Adaptation 62 Method: Determining Contrast Sensitivity 63 Demonstration: Adaptation to Size 64 Selective Rearing and Feature Detectors 65 SOMETHING TO CONSIDER: PERCEPTION AS INDIRECT 66 TEST YOURSELF 3.2 67 THINK ABOUT IT 67 IF YOU WANT TO KNOW MORE 67 KEY TERMS 68 VIRTUAL LAB 68 THE ORGANIZED BRAIN 71 MAPS: REPRESENTING SPATIAL LAYOUT 72 Method: Determining Retinotopic Map by Recording From Neurons 72 The Map on the Cortex 73 Method: Brain Imaging 73 COLUMNS: ORGANIZING FOR LOCATION, ORIENTATION, AND OCULAR DOMINANCE 75 The LGN Club Sandwich 75 Location Columns in the Cortex 75 Orientation Columns in the Cortex 75 Ocular Dominance Columns in the Cortex 76 How Is an Object Represented in the Striate Cortex? 76 Contents STREAMS: PATHWAYS FOR WHAT, WHERE, AND HOW Streams for Information About What and Where 77 Method: Ablation 78 Streams for Information About What and How 80 Method: Dissociations in Neuropsychology 80 TEST YOURSELF 4. 1 82 MODULARITY: STRUCTURES FOR FACES, PLACES, AND BODIES 82 There Are Face Neurons in the Monkey s IT Cortex 82 Damage to the Temporal Lobe Affects a Person s Ability to Recognize Faces 83 There Are Areas for Faces, Places, and Bodies 83 EVOLUTION AND PLASTICITY: HOW DO NEURONS BECOME SPECIALIZED? 84 Is Neural Selectivity Shaped by Evolution? 84 How Neurons Can Be Shaped by Experience 85 THE SENSORY CODE: HOW THE ENVIRONMENT IS REPRESENTED IN THE NERVOUS SYSTEM 86 Coding by Neurons and Groups of Neurons 86 Coding by Distributed Activity in the Brain 88 77 Objects Look Different From Different Viewpoints 96 The Reasons for Changes in Lightness and Darkness Can Be Unclear 97 THE GESTALT APPROACH TO OBJECT PERCEPTION 97 Demonstration: Making Illusory Contours Vanish 98 The Gestalt Laws of Perceptual Organization 99 Demonstration: Finding Faces in a Landscape 101 Neurons That Respond to Grouping 102 The Gestalt Laws Are More Accurately Described as Heuristics 102 PERCEPTUAL SEGREGATION: HOW OBJECTS ARE SEPARATED 103 What Are the Properties of Figure and Ground? 103 Demonstration: Judging Similarity 104 What Factors Determine Which Area Is Figure? 104 How Do Neurons Respond to Figure and Ground? 105 SOMETHING TO CONSIDER: ARE THERE GANDMOTHER CELLS AFTER ALL? TEST YOURSELF 4.2 90 THINK ABOUT IT 90 IF YOU WANT TO KNOW MORE 90 KEY TERMS 91 VIRTUAL LAB 91 89 TEST YOURSELF 5.1 106 106 PERCEIVING OBJECTS 93 MODERN RESEARCH ON OBJECT PERCEPTION Why Does the Visual System Respond Best to Specific Types of Stimuli? 106 Must a Figure Be Separated From Ground Before We Can Recognize Objects? 107 How Do We Recognize Objects From Different Viewpoints? 108 How Does the Brain Process Information About Objects? 1 1 1 Method: Region-of-lnterest Approach I 12 Method: How to Present a Stimulus Briefly 1 12 Method: Preparing Stimuli by Morphing 1 13 Method: Delayed-Matching-to-Sample 1 13 SOMETHING TO CONSIDER: THE INTELLIGENCE OF HUMAN OBJECT PERCEPTION 1 14 Early Ideas About Perceptual Intelligence 1 15 Modern Ideas About Perceptual Intelligence 1 15 Demonstration: Shape From Shading 1 16 TEST YOURSELF 5.2 117 THINK ABOUT IT 117 IF YOU WANT TO KNOW MORE 1 18 KEY TERMS 1 1 8 VIRTUAL LAB 118 THE CHALLENGE OF OBJECT PERCEPTION 94 The Stimulus on the Receptors Is Ambiguous 95 Objects Can Be Hidden or Blurred 95 Contents VISUAL ATTENTION 121 PERCEIVING COLOR 141 ATTENTION AND PERCEIVING THE ENVIRONMENT Why Is Selective Attention Necessary? 122 How Is Selective Attention Achieved? 123 Scanning a Scene 123 IS ATTENTION NECESSARY FOR PERCEPTION? 125 When Can Perception Occur Without Attention? 125 When Is Attention Necessary for Perception? 126 Demonstration: Change Detection 127 TEST YOURSELF 6.1 129 DOES ATTENTION ENHANCE PERCEPTION? 129 Effects of Attention on Information Processing 129 Effects of Attention on Perception 131 ATTENTION AND EXPERIENCING A COHERENT WORLD 131 Why Is Binding Necessary? 131 Feature Integration Theory 132 Method: Searching for Conjunctions 134 The Physiological Approach to Binding 134 THE PHYSIOLOGY OF ATTENTION 135 SOMETHING TO CONSIDER: DO NEURONS NOTICE STIMULI? 1 36 TEST YOURSELF 6.2 137 THINK ABOUT IT 137 IF YOU WANT TO KNOW MORE 138 KEY TERMS 139 У L VIRTUAL LAB 139 122 INTRODUCTION TO COLOR 142 What Are Some Functions of Color Vision? 142 How Can We Describe Color Experience? 143 What Is the Relationship Between Wavelength and Color Perception? 144 TRICHROMATIC THEORY OF COLOR VISION 146 Behavioral Evidence for the Theory 146 The Theory: Vision Is Trichromatic 146 Physiology of Trichromatic Theory 147 TEST YOURSELF 7.1 151 COLOR DEFICIENCY 151 Monochromatism 152 Dichromatism 152 Physiological Mechanisms of Receptor-Based Color Deficiency 152 OPPONENT-PROCESS THEORY OF COLOR VISION 153 Behavioral Evidence for the Theory 153 Demonstration: Opposing Afterimages 153 Demonstration: Afterimages and Simultaneous Contrast 153 Demonstration: Visualization and Color Scaling 154 The Theory: Vision Is an Opponent Process 154 The Physiology of Opponent-Process Vision 154 COLOR IN THE CORTEX 155 TEST YOURSELF 7.2 156 PERCEIVING COLORS UNDER CHANGING ILLUMINATION 156 Demonstration: Color Perception Under Changing Illumination 157 Chromatic Adaptation 157 Demonstration: Adapting to Red 157 The Effect of the Surroundings 158 Demonstration: Color and the Surroundings 158 Memory and Color 158 Contents LIGHTNESS CONSTANCY 159 Intensity Relationships: The Ratio Principle 160 Lightness Perception Under Uneven Illumination 160 Demonstration: The Penumbra and Lightness Perception 16 1 Demonstration: Perceiving Lightness at a Corner 161 SOMETHING TO CONSIDER: CREATING COLOR EXPERIENCE 162 TEST YOURSELF 7.3 163 THINK ABOUT IT 163 IF YOU WANT TO KNOW MORE 164 KEY TERMS 165 VIRTUAL LAB 165 PERCEIVING DEPTH AND SIZE 167 OCULOMOTOR CUES 169 Demonstration: Feelings in Your Eyes 169 MONOCULAR CUES 169 Pictorial Cues 169 Movement-Produced Cues 171 BINOCULAR DEPTH INFORMATION 173 Binocular Disparity 173 Demonstration: Two Eyes: Two Viewpoints 173 Demonstration: Binocular Depth From a Picture, Without a Stereoscope 176 The Correspondence Problem 177 THE PHYSIOLOGY OF DEPTH PERCEPTION 178 Neurons That Respond to Pictorial Depth 178 Neurons That Respond to Binocular Disparity 178 Connecting Binocular Disparity and Depth Perception 179 TEST YOURSELF 8.1 179 PERCEIVING SIZE 179 The Holway and Boring Experiment 1 80 Size Constancy 182 Demonstration: Perceiving Size at a Distance Demonstration: Size-Distance Scaling and Emmert s Law 183 183 VISUAL ILLUSIONS 185 The Müller-Lyer Illusion 185 Demonstration: Measuring the Müller-Lyer Illusion 185 Demonstration: The Müller-Lyer Illusion With Books 186 The Ponzo Illusion 1 87 The Ames Room 1 87 The Moon Illusion 188 SOMETHING TO CONSIDER: DISTANCE PERCEPTION DEPENDS ON THE ENVIRONMENT AND ON THE SELF! 1 89 TEST YOURSELF 8.2 190 THINK ABOUT IT 190 IF YOU WANT TO KNOW MORE 191 KEY TERMS 192 VIRTUAL LAB 192 PERCEIVING MOVEMENT 195 STUDYING MOVEMENT PERCEPTION 196 197 THE FUNCTIONS OF MOTION PERCEPTION Surviving to Perceive Another Day 197 Perceiving Objects 197 Demonstration: Perceiving a Camouflaged Bird 197 Demonstration: The Kinetic Depth Effect With a Paper Clip 199 THE MOVING OBSERVER 199 The Behavioral Approach: Taking Environmental Information Into Account 200 Contents The Physiological Approach: The Corollary Discharge 201 Demonstration: Eliminating the Image Movement Signal With an Afterimage 202 Demonstration: Seeing Movement by Pushing on Your Eyeball 203 TEST YOURSELF 9.1 204 HOW NEURONS SIGNAL THE DIRECTION OF MOVEMENT 204 Determining the Direction in Which Oriented Bars Are Moving 204 Demonstration: Movement of a Bar Across an Aperture 205 Determining the Direction in Which Fields of Dots Are Moving 206 MOTION PERCEPTION AND EXPERIENCE 208 Biological Motion 208 Apparent Motion: The Occlusion Heuristic 209 Apparent Motion: Limits Imposed by the Human Body 210 SOMETHING TO CONSIDER: IMPLIED MOTION 21 1 TEST YOURSELF 9.2 212 THINK ABOUT IT 212 IF YOU WANT TO KNOW MORE 2 12 KEY TERMS 2 13 VIRTUAL LAB 213 PERCEPTION AND ACTION 215 THE ECOLOGICAL APPROACH TO PERCEPTION 21 6 The Beginnings of the Ecological Approach 216 Optic Flow 216 Texture Gradients 21 8 Affordances 219 NAVIGATING THROUGH THE ENVIRONMENT 2 Ì 9 Do People Use Flow Information? 219 Flow Is Not Always Necessary for Determining Heading 219 Flow, Posture, and Balance 220 Demonstration: Keeping Your Balance 220 The Physiology of Navigation: Neurons in the Brain 221 TEST YOURSELF 10.1 223 SKILLED ACTIONS 224 Somersaulting 224 Catching a Fly Ball 225 PHYSIOLOGICAL LINKS BETWEEN SENSORY AND MOTOR FUNCTIONS 226 Effect of Damage to the Parietal Lobe 226 Properties of Neurons in the Parietal Lobe 226 Mirror Neurons in Premotor Cortex 227 SOMETHING TO CONSIDER: ARE WE WATCHING THE SAME MOVIE? 228 TEST YOURSELF 10.2 229 THINK ABOUT IT 229 IF YOU WANT TO KNOW MORE 230 KEY TERMS 23 1 VIRTUAL LAB 23 1 SOUND, THE AUDITORY SYSTEM, AND PITCH PERCEPTION 233 PRESSURE WAVES AND PERCEPTUAL EXPERIENCE 235 The Sound Stimulus Produced by a Loudspeaker 235 Amplitude and Loudness 236 Frequency and Pitch 237 The Range of Hearing 238 Sound Quality: Timbre 239 ГЕЅГ YOURSELF 11.1 241 XIV Contents THE EAR 241 The Outer Ear 241 The Middle Ear 242 The Inner Ear 243 THE COCHLEA 245 Békésy s Place Theory of Hearing 246 Evidence for Place Theory 247 Method: Neural Frequency Tuning Curves 247 Method: Auditory Masking 248 Updating Békésy 249 The Basilar Membrane as a Frequency Analyzer 250 Method: Psychophysical Tuning Curves 250 How the Timing of Neural Firing Can Signal Frequency 252 TEST YOURSELF 11.2 253 CENTRAL AUDITORY PROCESSING 253 Pathway From the Cochlea to the Cortex 253 Auditory Areas in the Cortex 254 What and Where Streams for Hearing 254 THE AUDITORY CORTEX AND PERCEPTION 256 Perceiving Pitch and Complex Sounds 256 The Effect of the Missing Fundamental 257 How the Auditory Cortex Is Shaped by Experience 258 SOMETHING TO CONSIDER: COCHLEAR IMPLANTS — WHERE SCIENCE AND CULTURE MEET 259 The Technology 259 The Controversy 260 TEST YOURSELF 11.3 261 THINK ABOUT IT 261 IF YOU WANT TO KNOW MORE 26 1 KEY TERMS 262 VIRTUAL LAB 262 SOUND LOCALIZATION AND THE AUDITORY SCENE 265 AUDITORY LOCALIZATION 266 Demonstration: Sound Localization 266 Cues for Location: Signals Reaching the Ears 267 Cues for Location: Effects on Behavior 269 Method: Virtual Auditory Space 269 Judging Elevation and Other Ambiguous Locations 271 THE PHYSIOLOGICAL REPRESENTATION OF AUDITORY SPACE 272 Interaural Time Difference Detectors 272 Topographic Maps 272 The Cortex 273 TEST YOURSELF 12.1 274 IDENTIFYING SOUND SOURCES 274 Auditory Scene Analysis 274 Principles of Auditory Grouping 275 HEARING INSIDE ROOMS 278 Perceiving Two Sounds That Reach the Ears at Different Times 279 Demonstration: The Precedence Effect 280 Architectural Acoustics 280 SOMETHING TO CONSIDER: INTERACTIONS BETWEEN VISION AND HEARING 281 TEST YOURSELF 12.2 282 THINK ABOUT IT 282 IF YOU WANT TO KNOW MORE 282 KEY TERMS 283 VIRTUAL LAB 283 Contents
adam_txt	BRIEF CONTENTS 1 INTRODUCTION TO PERCEPTION 3 1 0 PERCEPTION AND ACTION 215 2 INTRODUCTION TO THE PHYSIOLOGY OF PERCEPTION 21 3 NEURONS AND PERCEPTION 45 4 THE ORGANIZED BRAIN 71 5 PERCEIVING OBJECTS 93 6 VISUAL ATTENTION 121 7 PERCEIVING COLOR 141 8 PERCEIVING DEPTH AND SIZE 167 9 PERCEIVING MOVEMENT 195 1 1 SOUND, THE AUDITORY SYSTEM, AND PITCH PERCEPTION 233 1 2 SOUND LOCALIZATION AND THE AUDITORY SCENE 265 1 3 SPEECH PERCEPTION 285 1 4 THE CUTANEOUS SENSES 303 1 5 THE CHEMICAL SENSES 327 1 Ó PERCEPTUAL DEVELOPMENT 351 Appendix SIGNAL DETECTION: PROCEDURE AND THEORY 373 CONTENTS INTRODUCTION TO PERCEPTION 3 WHY READ THIS BOOK? 4 THE PERCEPTUAL PROCESS 5 Environmental Stimuli and Attended Stimuli 6 The Stimulus on the Receptors 6 Transduction 6 Neural Processing 7 Perception 7 Recognition 7 Action 8 Knowledge 8 Demonstration: Perceiving a Picture 8 HOW TO APPROACH THE STUDY OF PERCEPTION 9 Levels of Analysis 10 Communication Between the Levels of Analysis 11 MEASURING PERCEPTION 12 Description 12 Recognition 12 Method: Recognition 12 Detection 12 Method: Determining the Absolute Threshold 13 Method: Determining the Difference Threshold 14 Demonstration: Measuring the Difference Threshold 14 Magnitude Estimation 15 Method: Magnitude Estimation 15 Search 16 Other Methods of Measurement 16 SOMETHING TO CONSIDER: HOW TO GET THE MOST OUT OF THIS BOOK 16 TEST YOURSELF 1.1 17 THINK ABOUT IT 17 IF YOU WANT TO KNOW MORE 1 8 KEY TERMS 18 VIRTUAL LAB 18 INTRODUCTION TO THE PHYSIOLOGY OF PERCEPTION 21 THE BRAIN: THE MIND'S COMPUTER 22 Early History of the Physiological Approach 22 Basic Structure of the Brain 24 NEURONS: COMMUNICATION AND PROCESSING 24 Recording Electrical Signals in Neurons 25 Method: Recording From a Neuron 25 Basic Properties of Action Potentials 27 Events at the Synapse 27 VISION BEGINS IN THE EYE 28 Light Is the Stimulus for Vision 29 Images Are Focused on the Retina 30 Demonstration: Becoming Aware of What Is in Focus 3 1 ix TRANSFORMING LIGHT INTO ELECTRICITY 32 The Rod and Cone Receptors 32 Demonstration: "Seeing" the Blind Spot 32 Transduction of Light Into Electricity 33 TEST YOURSELF 2.1 36 PIGMENTS AND PERCEPTION 36 Dark Adaptation of the Rods and Cones 36 Method: Measuring Dark Adaptation 37 Spectral Sensitivity of the Rods and Cones 39 SOMETHING TO CONSIDER: TRANSFORMATIONS AND RECEPTORS 41 TEST YOURSELF 2.2 41 THINK ABOUT IT 4 1 IF YOU WANT TO KNOW MORE 42 KEY TERMS 42 VIRTUAL LAB 43 NEURONS AND PERCEPTION 45 CONVERGENCE: MANY NEURONS SENDING SIGNALS TO ONE NEURON 46 Convergence in the Retina 46 Why Rods Result in Greater Sensitivity Than Cones 46 Why We Use Our Cones to See Details 48 Demonstration: Foveal Versus Peripheral Acuity 48 INHIBITION: HOW ACTIVITY IN ONE NEURON CAN DECREASE ACTIVITY IN ANOTHER ONE 49 What the Horseshoe Crab Teaches Us About Inhibition 49 Lateral Inhibition and Lightness Perception 50 Demonstration: Creating Mach Bands in Shadows 52 Demonstration: Simultaneous Contrast 53 Displays That Can't Be Explained by Lateral Inhibition 54 TEST YOURSELF 3. 1 55 NEURAL PROCESSING: INTERACTIONS BETWEEN NEURONS 55 Excitation, Inhibition, and Neural Responding 56 Introduction to Receptive Fields 57 Method: Determining a Neuron's Receptive Field 57 Processing Past the Retina 58 DO FEATURE DETECTORS PLAY A ROLE IN PERCEPTION? 62 Selective Adaptation and Feature Detectors 62 Method: Selective Adaptation 62 Method: Determining Contrast Sensitivity 63 Demonstration: Adaptation to Size 64 Selective Rearing and Feature Detectors 65 SOMETHING TO CONSIDER: PERCEPTION AS INDIRECT 66 TEST YOURSELF 3.2 67 THINK ABOUT IT 67 IF YOU WANT TO KNOW MORE 67 KEY TERMS 68 VIRTUAL LAB 68 THE ORGANIZED BRAIN 71 MAPS: REPRESENTING SPATIAL LAYOUT 72 Method: Determining Retinotopic Map by Recording From Neurons 72 The Map on the Cortex 73 Method: Brain Imaging 73 COLUMNS: ORGANIZING FOR LOCATION, ORIENTATION, AND OCULAR DOMINANCE 75 The LGN "Club Sandwich" 75 Location Columns in the Cortex 75 Orientation Columns in the Cortex 75 Ocular Dominance Columns in the Cortex 76 How Is an Object Represented in the Striate Cortex? 76 Contents STREAMS: PATHWAYS FOR WHAT, WHERE, AND HOW Streams for Information About What and Where 77 Method: Ablation 78 Streams for Information About What and How 80 Method: Dissociations in Neuropsychology 80 TEST YOURSELF 4. 1 82 MODULARITY: STRUCTURES FOR FACES, PLACES, AND BODIES 82 There Are Face Neurons in the Monkey's IT Cortex 82 Damage to the Temporal Lobe Affects a Person's Ability to Recognize Faces 83 There Are Areas for Faces, Places, and Bodies 83 EVOLUTION AND PLASTICITY: HOW DO NEURONS BECOME SPECIALIZED? 84 Is Neural Selectivity Shaped by Evolution? 84 How Neurons Can Be Shaped by Experience 85 THE SENSORY CODE: HOW THE ENVIRONMENT IS REPRESENTED IN THE NERVOUS SYSTEM 86 Coding by Neurons and Groups of Neurons 86 Coding by Distributed Activity in the Brain 88 77 Objects Look Different From Different Viewpoints 96 The Reasons for Changes in Lightness and Darkness Can Be Unclear 97 THE GESTALT APPROACH TO OBJECT PERCEPTION 97 Demonstration: Making Illusory Contours Vanish 98 The Gestalt Laws of Perceptual Organization 99 Demonstration: Finding Faces in a Landscape 101 Neurons That Respond to Grouping 102 The Gestalt "Laws" Are More Accurately Described as "Heuristics" 102 PERCEPTUAL SEGREGATION: HOW OBJECTS ARE SEPARATED 103 What Are the Properties of Figure and Ground? 103 Demonstration: Judging Similarity 104 What Factors Determine Which Area Is Figure? 104 How Do Neurons Respond to Figure and Ground? 105 SOMETHING TO CONSIDER: ARE THERE GANDMOTHER CELLS AFTER ALL? TEST YOURSELF 4.2 90 THINK ABOUT IT 90 IF YOU WANT TO KNOW MORE 90 KEY TERMS 91 VIRTUAL LAB 91 89 TEST YOURSELF 5.1 106 106 PERCEIVING OBJECTS 93 MODERN RESEARCH ON OBJECT PERCEPTION Why Does the Visual System Respond Best to Specific Types of Stimuli? 106 Must a Figure Be Separated From Ground Before We Can Recognize Objects? 107 How Do We Recognize Objects From Different Viewpoints? 108 How Does the Brain Process Information About Objects? 1 1 1 Method: Region-of-lnterest Approach I 12 Method: How to Present a Stimulus Briefly 1 12 Method: Preparing Stimuli by Morphing 1 13 Method: Delayed-Matching-to-Sample 1 13 SOMETHING TO CONSIDER: THE INTELLIGENCE OF HUMAN OBJECT PERCEPTION 1 14 Early Ideas About Perceptual Intelligence 1 15 Modern Ideas About Perceptual Intelligence 1 15 Demonstration: Shape From Shading 1 16 TEST YOURSELF 5.2 117 THINK ABOUT IT 117 IF YOU WANT TO KNOW MORE 1 18 KEY TERMS 1 1 8 VIRTUAL LAB 118 THE CHALLENGE OF OBJECT PERCEPTION 94 The Stimulus on the Receptors Is Ambiguous 95 Objects Can Be Hidden or Blurred 95 Contents VISUAL ATTENTION 121 PERCEIVING COLOR 141 ATTENTION AND PERCEIVING THE ENVIRONMENT Why Is Selective Attention Necessary? 122 How Is Selective Attention Achieved? 123 Scanning a Scene 123 IS ATTENTION NECESSARY FOR PERCEPTION? 125 When Can Perception Occur Without Attention? 125 When Is Attention Necessary for Perception? 126 Demonstration: Change Detection 127 TEST YOURSELF 6.1 129 DOES ATTENTION ENHANCE PERCEPTION? 129 Effects of Attention on Information Processing 129 Effects of Attention on Perception 131 ATTENTION AND EXPERIENCING A COHERENT WORLD 131 Why Is Binding Necessary? 131 Feature Integration Theory 132 Method: Searching for Conjunctions 134 The Physiological Approach to Binding 134 THE PHYSIOLOGY OF ATTENTION 135 SOMETHING TO CONSIDER: DO NEURONS NOTICE STIMULI? 1 36 TEST YOURSELF 6.2 137 THINK ABOUT IT 137 IF YOU WANT TO KNOW MORE 138 KEY TERMS 139 У L VIRTUAL LAB 139 122 INTRODUCTION TO COLOR 142 What Are Some Functions of Color Vision? 142 How Can We Describe Color Experience? 143 What Is the Relationship Between Wavelength and Color Perception? 144 TRICHROMATIC THEORY OF COLOR VISION 146 Behavioral Evidence for the Theory 146 The Theory: Vision Is Trichromatic 146 Physiology of Trichromatic Theory 147 TEST YOURSELF 7.1 151 COLOR DEFICIENCY 151 Monochromatism 152 Dichromatism 152 Physiological Mechanisms of Receptor-Based Color Deficiency 152 OPPONENT-PROCESS THEORY OF COLOR VISION 153 Behavioral Evidence for the Theory 153 Demonstration: "Opposing" Afterimages 153 Demonstration: Afterimages and Simultaneous Contrast 153 Demonstration: Visualization and Color Scaling 154 The Theory: Vision Is an "Opponent" Process 154 The Physiology of Opponent-Process Vision 154 COLOR IN THE CORTEX 155 TEST YOURSELF 7.2 156 PERCEIVING COLORS UNDER CHANGING ILLUMINATION 156 Demonstration: Color Perception Under Changing Illumination 157 Chromatic Adaptation 157 Demonstration: Adapting to Red 157 The Effect of the Surroundings 158 Demonstration: Color and the Surroundings 158 Memory and Color 158 Contents LIGHTNESS CONSTANCY 159 Intensity Relationships: The Ratio Principle 160 Lightness Perception Under Uneven Illumination 160 Demonstration: The Penumbra and Lightness Perception 16 1 Demonstration: Perceiving Lightness at a Corner 161 SOMETHING TO CONSIDER: CREATING COLOR EXPERIENCE 162 TEST YOURSELF 7.3 163 THINK ABOUT IT 163 IF YOU WANT TO KNOW MORE 164 KEY TERMS 165 VIRTUAL LAB 165 PERCEIVING DEPTH AND SIZE 167 OCULOMOTOR CUES 169 Demonstration: Feelings in Your Eyes 169 MONOCULAR CUES 169 Pictorial Cues 169 Movement-Produced Cues 171 BINOCULAR DEPTH INFORMATION 173 Binocular Disparity 173 Demonstration: Two Eyes: Two Viewpoints 173 Demonstration: Binocular Depth From a Picture, Without a Stereoscope 176 The Correspondence Problem 177 THE PHYSIOLOGY OF DEPTH PERCEPTION 178 Neurons That Respond to Pictorial Depth 178 Neurons That Respond to Binocular Disparity 178 Connecting Binocular Disparity and Depth Perception 179 TEST YOURSELF 8.1 179 PERCEIVING SIZE 179 The Holway and Boring Experiment 1 80 Size Constancy 182 Demonstration: Perceiving Size at a Distance Demonstration: Size-Distance Scaling and Emmert's Law 183 183 VISUAL ILLUSIONS 185 The Müller-Lyer Illusion 185 Demonstration: Measuring the Müller-Lyer Illusion 185 Demonstration: The Müller-Lyer Illusion With Books 186 The Ponzo Illusion 1 87 The Ames Room 1 87 The Moon Illusion 188 SOMETHING TO CONSIDER: DISTANCE PERCEPTION DEPENDS ON THE ENVIRONMENT AND ON THE SELF! 1 89 TEST YOURSELF 8.2 190 THINK ABOUT IT 190 IF YOU WANT TO KNOW MORE 191 KEY TERMS 192 VIRTUAL LAB 192 PERCEIVING MOVEMENT 195 STUDYING MOVEMENT PERCEPTION 196 197 THE FUNCTIONS OF MOTION PERCEPTION Surviving to Perceive Another Day 197 Perceiving Objects 197 Demonstration: Perceiving a Camouflaged Bird 197 Demonstration: The Kinetic Depth Effect With a Paper Clip 199 THE MOVING OBSERVER 199 The Behavioral Approach: Taking Environmental Information Into Account 200 Contents The Physiological Approach: The Corollary Discharge 201 Demonstration: Eliminating the Image Movement Signal With an Afterimage 202 Demonstration: Seeing Movement by Pushing on Your Eyeball 203 TEST YOURSELF 9.1 204 HOW NEURONS SIGNAL THE DIRECTION OF MOVEMENT 204 Determining the Direction in Which Oriented Bars Are Moving 204 Demonstration: Movement of a Bar Across an Aperture 205 Determining the Direction in Which Fields of Dots Are Moving 206 MOTION PERCEPTION AND EXPERIENCE 208 Biological Motion 208 Apparent Motion: The Occlusion Heuristic 209 Apparent Motion: Limits Imposed by the Human Body 210 SOMETHING TO CONSIDER: IMPLIED MOTION 21 1 TEST YOURSELF 9.2 212 THINK ABOUT IT 212 IF YOU WANT TO KNOW MORE 2 12 KEY TERMS 2 13 VIRTUAL LAB 213 PERCEPTION AND ACTION 215 THE ECOLOGICAL APPROACH TO PERCEPTION 21 6 The Beginnings of the Ecological Approach 216 Optic Flow 216 Texture Gradients 21 8 Affordances 219 NAVIGATING THROUGH THE ENVIRONMENT 2 Ì 9 Do People Use Flow Information? 219 Flow Is Not Always Necessary for Determining Heading 219 Flow, Posture, and Balance 220 Demonstration: Keeping Your Balance 220 The Physiology of Navigation: Neurons in the Brain 221 TEST YOURSELF 10.1 223 SKILLED ACTIONS 224 Somersaulting 224 Catching a Fly Ball 225 PHYSIOLOGICAL LINKS BETWEEN SENSORY AND MOTOR FUNCTIONS 226 Effect of Damage to the Parietal Lobe 226 Properties of Neurons in the Parietal Lobe 226 Mirror Neurons in Premotor Cortex 227 SOMETHING TO CONSIDER: ARE WE WATCHING THE SAME MOVIE? 228 TEST YOURSELF 10.2 229 THINK ABOUT IT 229 IF YOU WANT TO KNOW MORE 230 KEY TERMS 23 1 VIRTUAL LAB 23 1 SOUND, THE AUDITORY SYSTEM, AND PITCH PERCEPTION 233 PRESSURE WAVES AND PERCEPTUAL EXPERIENCE 235 The Sound Stimulus Produced by a Loudspeaker 235 Amplitude and Loudness 236 Frequency and Pitch 237 The Range of Hearing 238 Sound Quality: Timbre 239 ГЕЅГ YOURSELF 11.1 241 XIV Contents THE EAR 241 The Outer Ear 241 The Middle Ear 242 The Inner Ear 243 THE COCHLEA 245 Békésy's Place Theory of Hearing 246 Evidence for Place Theory 247 Method: Neural Frequency Tuning Curves 247 Method: Auditory Masking 248 Updating Békésy 249 The Basilar Membrane as a Frequency Analyzer 250 Method: Psychophysical Tuning Curves 250 How the Timing of Neural Firing Can Signal Frequency 252 TEST YOURSELF 11.2 253 CENTRAL AUDITORY PROCESSING 253 Pathway From the Cochlea to the Cortex 253 Auditory Areas in the Cortex 254 What and Where Streams for Hearing 254 THE AUDITORY CORTEX AND PERCEPTION 256 Perceiving Pitch and Complex Sounds 256 The Effect of the Missing Fundamental 257 How the Auditory Cortex Is Shaped by Experience 258 SOMETHING TO CONSIDER: COCHLEAR IMPLANTS — WHERE SCIENCE AND CULTURE MEET 259 The Technology 259 The Controversy 260 TEST YOURSELF 11.3 261 THINK ABOUT IT 261 IF YOU WANT TO KNOW MORE 26 1 KEY TERMS 262 VIRTUAL LAB 262 SOUND LOCALIZATION AND THE AUDITORY SCENE 265 AUDITORY LOCALIZATION 266 Demonstration: Sound Localization 266 Cues for Location: Signals Reaching the Ears 267 Cues for Location: Effects on Behavior 269 Method: Virtual Auditory Space 269 Judging Elevation and Other "Ambiguous" Locations 271 THE PHYSIOLOGICAL REPRESENTATION OF AUDITORY SPACE 272 Interaural Time Difference Detectors 272 Topographic Maps 272 The Cortex 273 TEST YOURSELF 12.1 274 IDENTIFYING SOUND SOURCES 274 Auditory Scene Analysis 274 Principles of Auditory Grouping 275 HEARING INSIDE ROOMS 278 Perceiving Two Sounds That Reach the Ears at Different Times 279 Demonstration: The Precedence Effect 280 Architectural Acoustics 280 SOMETHING TO CONSIDER: INTERACTIONS BETWEEN VISION AND HEARING 281 TEST YOURSELF 12.2 282 THINK ABOUT IT 282 IF YOU WANT TO KNOW MORE 282 KEY TERMS 283 VIRTUAL LAB 283 Contents
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spellingShingle	Goldstein, E. Bruce 1941- Sensation and perception Perception ram Sens et sensations ram Perception Senses and sensation Wahrnehmungspsychologie (DE-588)4079011-3 gnd Wahrnehmung (DE-588)4064317-7 gnd
subject_GND	(DE-588)4079011-3 (DE-588)4064317-7 (DE-588)4151278-9 (DE-588)4123623-3
title	Sensation and perception
title_auth	Sensation and perception
title_exact_search	Sensation and perception
title_exact_search_txtP	Sensation and perception
title_full	Sensation and perception E. Bruce Goldstein
title_fullStr	Sensation and perception E. Bruce Goldstein
title_full_unstemmed	Sensation and perception E. Bruce Goldstein
title_short	Sensation and perception
title_sort	sensation and perception
topic	Perception ram Sens et sensations ram Perception Senses and sensation Wahrnehmungspsychologie (DE-588)4079011-3 gnd Wahrnehmung (DE-588)4064317-7 gnd
topic_facet	Perception Sens et sensations Senses and sensation Wahrnehmungspsychologie Wahrnehmung Einführung Lehrbuch
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