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Acknowledgments | p. xi |
Prospective Memory: A New Research Enterprise | p. 1 |
What Is a Prospective Memory Task? | p. 4 |
Parameters of Prospective Memory Tasks | p. 5 |
Execution of the intended action is not immediate | p. 5 |
The prospective memory task is embedded in ongoing activity | p. 5 |
The window for response initiation is constrained | p. 7 |
The time frame for response execution is limited | p. 7 |
There must be an intention | p. 8 |
Another consideration | p. 9 |
Conclusions | p. 9 |
Scientific Study of Prospective Memory | p. 10 |
A Typical Paradigm | p. 11 |
Monitoring in Prospective Memory | p. 13 |
Attentional Monitoring | p. 14 |
Test-Wait-Test-Exit | p. 14 |
Factors Involved in Initiating Monitoring | p. 17 |
Preparatory Attentional Processes | p. 19 |
Increasing Attentional Demands of the Ongoing Activity | p. 20 |
The Cost of Adding a Prospective Memory Intention to the Ongoing Activity | p. 21 |
A Formal Measurement Model | p. 22 |
To Monitor or Not to Monitor: When Is the Question | p. 25 |
Strategic Allocation of Monitoring | p. 25 |
Prospective Memory Retrieval Mode | p. 27 |
Summary | p. 28 |
Spontaneous Retrieval in Prospective Remembering | p. 30 |
Costs of Prospective Memory: Always Present? | p. 32 |
Spontaneous Retrieval | p. 35 |
Spontaneous Retrieval as a Reflexive Associative Memory Process | p. 38 |
Spontaneous Noticing | p. 41 |
Familiarity | p. 41 |
Discrepancy Plus Attribution | p. 43 |
Exogenous Determinants of Noticing | p. 46 |
Summary | p. 48 |
Multiprocess Theory of Prospective Memory | p. 50 |
An Advantage of the Multiprocess Theory | p. 52 |
Multiprocess Theory | p. 53 |
Parameters of the Ongoing Task | p. 56 |
Ongoing Tasks and Focal Processing of the Target | p. 56 |
Focal Processing | p. 59 |
Ongoing-Task Absorption and Demands | p. 62 |
Parameters of Prospective Memory Cues | p. 65 |
Target Cue Distinctiveness | p. 65 |
Associativity of the Target Cue With the Intended Action | p. 65 |
Importance of the Prospective Memory Task | p. 67 |
Length of the Prospective Memory Retention Interval | p. 68 |
Individual Differences and Intra-individual Differences | p. 72 |
Working Memory | p. 73 |
Personality Variables | p. 74 |
Intra-individual Differences | p. 77 |
A Cautionary Methodological Note Concerning Research on Individual Differences | p. 79 |
Planning | p. 79 |
Summary | p. 80 |
Storage and Retention of Intended Actions | p. 83 |
Goschke and Kuhl's Paradigm | p. 84 |
Extending the Intention Superiority Effect? | p. 88 |
What Produces the Intention Superiority Effect? | p. 89 |
The ACT model | p. 89 |
A motor encoding interpretation of the intention superiority effect | p. 90 |
Summary and Future Directions | p. 93 |
Retention of Intended Actions Over Time: Immune to Forgetting? | p. 94 |
Retrieval of Intentions During the Retention Interval | p. 97 |
Effects of Retrieval in the Retention Interval | p. 101 |
Reminders During the Retention Interval | p. 105 |
Summary | p. 108 |
Planning and Encoding of Intentions | p. 109 |
Planning | p. 109 |
Implementation Intentions | p. 114 |
Theoretical Mechanisms Underlying Implementation Intentions | p. 117 |
Heightened accessibility | p. 117 |
Automatic intention triggering | p. 118 |
Efficient action initiation | p. 120 |
Individual Differences | p. 120 |
Summary | p. 121 |
Prospective Memory and Life Span Development | p. 123 |
Prospective Memory in Children | p. 123 |
Age 7 and Younger | p. 127 |
Summary | p. 129 |
Prospective Memory in Older Adults | p. 130 |
Semi-Naturalistic Prospective Memory Tasks | p. 131 |
Time-Based Prospective Memory Tasks | p. 131 |
Event-Based Prospective Memory Tasks | p. 142 |
Prospective memory difficulty and age differences | p. 157 |
The multiprocess theory and age differences | p. 158 |
Resource demands emerge as age-related costs to the ongoing activity | p. 160 |
Do It or Lose It: When Responding Is Delayed After Prospective Memory Retrieval | p. 162 |
Habitual Prospective Memory Tasks | p. 165 |
Prospective Memory Performance as a Possible Index of Risk for Dementia | p. 167 |
Summary and Observations | p. 169 |
Cognitive Neuroscience of Prospective Memory | p. 171 |
The Neuropsychology of Prospective Memory | p. 171 |
Case Studies | p. 171 |
Neuropsychological Assessment of Normal Aging | p. 175 |
A Provisional Neuropsychological Theory | p. 177 |
Neuroimaging and Prospective Memory | p. 179 |
Positron Emissions Tomography (PET) | p. 179 |
Functional Magnetic Resonance Imaging (fMRI) | p. 182 |
Event-Related Brain Potentials (ERPs) | p. 183 |
Summary and Future Directions | p. 189 |
Prospective Memory as It Applies to Work and Naturalistic Settings | p. 191 |
General Recommendations for Improving Prospective Memory | p. 194 |
Remove the Delay in Delayed Intentions: Do It or Lose It | p. 195 |
Use Good External Cues | p. 196 |
Anticipate the Triggering Cues: Use Implementation Intentions | p. 197 |
Beware of Busy and Demanding Conditions | p. 199 |
Beware of Interruptions | p. 200 |
Address the Special Problems of Habitual Prospective Memory Tasks | p. 201 |
Use external aids | p. 203 |
Increase the complexity of the action | p. 204 |
Use the Spaced-Retrieval Technique | p. 204 |
An Analysis of a Prospective Memory Failure and Possible Interventions | p. 205 |
Limitations of Existing Laboratory Experiments | p. 207 |
Real-World Prospective Memory Demands Are Embedded in Meaningful Events | p. 208 |
Real-World Habitual Prospective Memory Tasks Are Deeply Cued | p. 208 |
Interruptions can interfere with habitual actions | p. 209 |
An atypical action is sometimes required instead of a habitual action | p. 209 |
Monitoring for Low-Frequency Events May Be Required Over Extended Periods of Time | p. 209 |
Complex Sets of Actions Need to Be Planned and Initiated | p. 210 |
Real-World Retention Intervals Are Often Long | p. 210 |
Nonlaboratory Methods for Investigating Prospective Memory | p. 211 |
Incident Reports | p. 211 |
Clinical Assessment Techniques | p. 212 |
Observational Studies | p. 213 |
Simulations | p. 213 |
Naturalistic Studies | p. 214 |
Naturalistic studies with a diary | p. 215 |
Naturalistic studies with recording devices | p. 215 |
External Reminding Devices | p. 216 |
Summary | p. 217 |
Final Thoughts | p. 219 |
General Observations | p. 220 |
Beware of Unitary Interpretations | p. 220 |
Keep in Mind Real-World Prospective Memory Tasks When Designing Laboratory Prospective Memory Tasks | p. 220 |
Investigate How Individual Differences on Cognitive, Neurocognitive, and Personality Dimensions Affect Prospective Memory | p. 222 |
Explore People's Metacognitive Knowledge About Prospective Memory | p. 222 |
Continue to Conduct Finer-Grained Analysis of the Processes Involved in Prospective Remembering | p. 223 |
Continue to Develop and Accept New Methodological Approaches, Including Naturalistic Ones, for Studying Prospective Remembering | p. 223 |
Methodological Recommendations for Encouraging Consistency Across Experiments and for Understanding Existing Inconsistencies | p. 223 |
Understanding the Nature of the Task Interference, or Costs, Involved in Prospective Memory | p. 225 |
Expanding Theories and Investigations of Prospective Memory to Arenas Not Typically Termed Prospective Memory | p. 225 |
Capitalizing on the Prospective Memory Paradigm for Studying the Broader Issue of Spontaneous Retrieval | p. 226 |
Epilogue | p. 227 |
References | p. 228 |
Author Index | p. 247 |
Subject Index | p. 255 |
About the Authors | p. 263 |
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