Auditory scene analysis : the perceptual organization of sound / Albert S. Bregman.
Material type: TextPublication details: Cambridge, Mass. : MIT Press, c1990.Description: xiii, 773 p. : ill. ; 24 cmISBN:- 0262521954
- 9780262521956
- 152.15 BRE
Item type | Current library | Call number | Copy number | Status | Date due | Barcode | |
---|---|---|---|---|---|---|---|
Standard Loan | Moylish Library Main Collection | 152.15 BRE (Browse shelf(Opens below)) | 1 | Available | 39002100516310 |
Enhanced descriptions from Syndetics:
Auditory Scene Analysis addresses the problem of hearing complex auditory environments, using a series of creative analogies to describe the process required of the human auditory system as it analyzes mixtures of sounds to recover descriptions of individual sounds. In a unified and comprehensive way, Bregman establishes a theoretical framework that integrates his findings with an unusually wide range of previous research in psychoacoustics, speech perception, music theory and composition, and computer modeling.
A Bradford book.
Includes bibliographical references (p. [737]-761) and index.
1. The auditory scene -- 2. Sequential integration -- 3. Integration of simultaneous auditory components -- 4. Schema-based segregation and integration -- 5. Auditory organization in music -- 6. Auditory organization in speech perception -- 7. The principle of exclusive allocation in scene analysis -- 8. Summary and conclusions: What we do and do not know about auditory scene analysis.
Table of contents provided by Syndetics
- Preface
- The Auditory Scene
- Historical Difference between Auditory and Visual Perception
- The Problem of Scene Analysis
- Objects Compared to Streams
- The Principle of Exclusive Allocation
- Two Comparisons of Scene Analysis in Vision and Audition
- Auditory Streaming and Apparent Motion
- Gestalt Grouping Explanation
- Auditory Streaming versus Apparent Motion
- Scene-Analysis Explanation
- Closure and Belongingness
- Sequential versus Spectral Organization
- Perceptual Decomposition of Complex Sounds
- Horizontal and Vertical Processes of Organization
- Types of Explanation of These Phenomena
- Scene-Analysis View Prevents Missing of Vision-Audition Differences
- Differences in the Ecology of Vision and Audition
- Primitive versus Schema-Based Stream Segregation
- Verification Of The Theory
- Summary
- Sequential Integration
- Auditory Stream Segregation
- An Experiment with Artificial Words
- Previous Knowledge of the Streaming Phenomenon
- Early Scientific Observation
- Methodology for the Study of Stream Segregation
- Rationale for Recycled Sequences
- How to Measure Streaming
- List of Measures That Have Been Used
- Method of Adjustment.
- Method of Limits.
- Proportion of Time Integrated and Segregated.
- Rating Scale for Fixed Presentations.
- Pattern Recognition.
- Rhythm Changes.
- Drawing or Writing Down What You Hear.
- Judgment of the Order of Elements in a Repeating Sequence.
- Counting Tones.
- Factors Influencing Stream Segregation
- Frequency Separation and Rate
- What Property of Time Intervals Influences Streaming?
- What Are The Elements?
- How to Define Onsets
- Hierarchy of Time Scales with Properties Computed at Each
- Spatial Location
- Stream Segregation Based on Spatial Location
- Switching Signals between the Ears
- Spectral Frequency and Fundamental Frequency
- Timbre
- The Problem of the Definition of Timbre
- Nonanalytical Studies of Grouping by Timbre
- Brightness and Timbre
- Two Kinds of Spectral Constancy
- Beyond the Study of Steady-State Tones
- What Remains to Be Studied
- Timbre Space or Single Properties? Metameric Timbre
- Multidimensional Timbre Space
- Amplitude Differences
- Cumulative Effects Of Repetitions
- Explanations of the Cumulation Effect
- Continuity
- Trajectory-Based Integration
- Effects Of Streaming
- Focusing on the Stream as a Unit
- Computation of Within-Stream Emergent Properties
- Temporal Relations
- Recognition of Order
- Why Effects of Streaming on Order Perception Are Not Always Clear
- Other Measures of Temporal Relations
- Generation of Within-Stream Rhythms
- Perception of Overlap
- Effects on Gap Discrimination
- Effects on Apparent Rate
- Conclusions about the Effects on Temporal Relations
- Complete Loss of Across-Stream Information?
- Competition among Alternative Organizations
- Belongingness
- Experimental Data on Competition
- Validity of Competition
- Limitation of the Principle of Exclusive Allocation
- Summary of Effects of Streaming
- Stream Segregation and Vision
- Similarities with Vision
- Interactions with Vision
- Theoretical Explanations of Stream Segregation
- Scene Analysis and Other Forms of Explanation
- Physiological Hypotheses
- Functional Explanation
- Mechanistic Forms of Explanation
- Local Rules
- Global Rules
- 1 Proximity.
- 2 Similarity.
- 3 Good Continuation and Completion.
- 4 Organization.
- 5 Context.
- 6 Belongingness.
- 7 The Perceptual Field.
- 8 Innateness and Automaticity.
- Hierarchies in Auditory Organization
- Relation to Other Psychological Mechanisms: Attention
- Teleological Approach
- Formal versus Informal Theorizing
- Integration of Simultaneous Auditory Components
- A Miniature Scene-Analysis Problem
- Factors Influencing Integration of Simultaneous Components
- The "Old-Plus-New" Heuristic
- Spectral Relations
- Properties of the Harmonics
- Harmonic Relations (Harmonicity) in Complex Tones
- Models of the Pitch-Analysis Process
- Theories of Pitch Analysis
- Listening to Inharmonic Partials
- Fusion and Segregation of Simultaneous Complexes
- Common Fate (AM and FM)
- FM: Parallel Changes in the Frequency of Partials
- Micromodulation
- Glides
- AM: Common Amplitude Change at Different Spectral Locations
- Onset-Offset Asynchrony
- Common Periodicity (AM) at Different Spectral Locations
- Amplitude Modulation of Subsets of Partials
- Comparison of AM and FM Effects
- Correlation of Auditory with Visual Changes
- Summary of Effects of Common Fate
- Spatial Correspondence
- Evidence That Ear Comparisons Must Be Frequency Specific
- Computer Programs That Use Spatial Correspondence
- Interaction with Other Cues in Determining Grouping
- Contribution of Perceptual Grouping to Perceived Location
- Interaction with Sequential Integration
- Interaction with Cues for Spectral Fusion
- Conclusion: Classical versus Organizational Cues
- Other Factors Affecting Fusion of Simultaneous Components
- Comparison between Fusion and Masking
- Comodulation Release from Masking
- Meaning of These Findings for Biology
- Perceptual Results of Simultaneous Integration and Segregation
- Examples of Within-Stream Computation of Properties
- Within-Stream Temporal Properties
- Streaming Rules
- Pitch
- Timbre
- Vowels
- Consonance and Dissonance
- What Is the Default Condition: Fusion or Decomposition?
- Reallocation of Intensity and Timbre Information
- The Consequences of Simultaneous/Sequential Competition
- Apparent Continuity and Contralateral Induction
- The Continuity Illusion
- Rules Governing the Generative Process
- The "No Discontinuity in A" Rule
- The "Sufficiency of Evidence" Rule
- The "A1-A2 Grouping" Rule
- The "A Is Not B" Rule
- The "Old-Plus-New" Heuristic
- Examples Examined in the Light of Theory
- Continuity of Words and Musical Scales
- Integration as the Default Condition in the Auditory System
- Duration of the Softer Tone
- The "Roll" Effect
- Comparison with Vision
- Contralateral Induction
- Summary
- Schema-Based Segregation and Integration
- Nature of Primitive and Schema-Based Organization
- Properties That May Distinguish the Two Systems
- How Do We Know They Should Be Distinguished?
- Does Learning Affect Streaming?
- Do Regular Patterns Form More Coherent Streams?
- Jones' Rhythmic Theory of Attention
- Does the Auditory System Track and Project Trajectories?
- Evidence That the System Does Not Project Trajectories
- Evidence That the System Projects Trajectories
- Trajectory-Based Integration of Streams
- Order of Unidirectional Sequences Is Easier to Report
- Results Explainable by Other Factors
- Comparison with Vision
- "Is Auditory Attention Inherently Rhythmical?"
- Regularity of Rhythm: Does It Promote Segregation?
- Evidence That Rhythm Favors Segregation
- Segregation Occurs with Temporally Irregular Sequences
- "Are Streams Created by Attention?"
- Auditory Organization in Music
- Musical Scene Analysis
- Melody
- Coherence of Melodies
- Phenomenal Dependency Based on Timing
- Effects of Melodic Absorption on Perceived Pitch
- Timbre (Cause and Effect)
- Timbre as Cause of Segregation
- The Description of Timbre
- Dimensional Approach to Timbre
- Timbre as the Result of Fusion
- Vertical Coherence and Counterpoint
- Segregation and Masking in Musical Ensembles
- Counterpoint
- Distinctness of Voices
- Spatial Separation
- Counterpoint and Dissonance
- Physical Causes of Dissonance
- How the Control of Roughness Can Be Accomplished
- Polyrhythm
- Polytonality
- Potential Offered by Synthesis Techniques
- Automatic Recognition
- Summary
- Auditory Organization in Speech Perception
- Sequential Organization of Speech Sounds
- Continuity of the Fundamental
- Spectral Continuity
- Spatial Continuity
- Are These Acoustic Continuities Enough?
- Simultaneous Organization
- Role of Harmonic Relations and F0
- Two- Voice Research
- Split-Formant Research
- Harmonics in Nonoverlapping Frequency Ranges
- Scene Analysis in the Defining of Formants
- Computer Models for Segregation of Two Voices
- Common-Fate Cues
- Summary of Findings with Nonspeech Sounds
- Correlated Frequency Changes
- Frequency Modulation of Harmonics
- Segregation by Independent Movement of Formant Center Frequency?
- Correlated Amplitude Changes
- Sequential Capturing (Onset and Offset Asynchrony)
- Asynchronous Onsets Can Be Integrated
- Spatial Location Cues
- Segregation of Formants
- The Principle of Exclusive Allocation in Scene Analysis
- Claims and Facts about Duplex Perception of Speech
- Problems with the Claim that Speech Is Exempt from Scene Analysis
- When Is Exclusive Allocation Violated?
- Examples Involving Speech
- Multiple Allocation of Evidence with Nonspeech Sounds
- Music
- Violations That Do Not Involve Competition among Major Subsystems
- Violations with Pure-Tone Stimuli
- DPS Is Not Immune from Low-Level Organizational Factors
- Explanations of Violations of Exclusive Allocation
- How Unusual Is the Sharing of Evidence?
- Role of Schemas
- Two-Component Theory: Links and Schemas
- Piecewise Verification of the Theory
- Summary and Conclusions: What We Do and Do Not Know about Auditory Scene Analysis
- Summary of Previous Chapters
- Primitive Auditory Scene Analysis
- Sequential Integration: Auditory Stream Segregation
- Factors Influencing Stream Segregation
- Timbre
- Summary of Factors Promoting Sequential Grouping
- Effects of Stream Segregation
- Spectral Integration
- Factors Influencing Spectral Integration
- The Continuity Illusion and Contralateral Induction
- The "no discontinuity in A" rule.
- The "sufficiency of evidence" rule.
- The "A1-A2 grouping" rule.
- The "A is not B" rule.
- Schema-Based Stream Segregation
- Nature of Primitive and Schema-Based Organization
- Tests of the Existence of a Primitive Process
- Does Sequential Grouping Take Advantage of Trajectories?
- Primitive Auditory Organization in Music
- Role of Primitive Organization in Music
- Melody
- Timbre
- Auditory Organization in Speech
- Sequential Organization of Speech Sounds
- Simultaneous Organization of Speech Sounds
- Duplex Perception and the Problem of Exclusive Allocation
- Directions for the Future
- Practical Applications
- Notes
- Glossary
- Bibliography
- Index