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On the structure of motor recognition memory.
H N Zelaznik1, D C Shapiro, K M Newell
1Department of Movement Science and Physical Education, Florida State University, Tallahassee 32306, USA.
Journal of Motor Behavior
|December 1, 1978
Summary
Auditory sensory consequences in rapid timing tasks do not improve motor recognition memory. Varying sound experiences, however, significantly influenced motor performance and supported schematic memory models.
Area of Science:
- Motor control and learning
- Auditory sensory processing
- Human motor performance
Background:
- Motor recognition memory is crucial for skill acquisition.
- Auditory feedback can influence motor timing.
- The role of auditory sensory consequence range and variability is not fully understood.
Purpose of the Study:
- To investigate how the range and number of auditory sensory consequences affect motor recognition.
- To examine the impact of auditory experience variability on motor transfer performance.
Main Methods:
- Two experiments were conducted using a rapid timing task with auditory feedback.
- Experiment 1 varied the range and number of sounds associated with the movement time.
- Experiment 2 manipulated the variability of auditory feedback to test transfer outside the listening experience range.
Main Results:
- No significant benefit in motor transfer was found from experiencing only the criterion sound versus a range of sounds.
- Increasing sound trials did not improve transfer performance.
- Motor transfer performance was significantly influenced by the variability in auditory listening experience.
Conclusions:
- The range of auditory sensory consequences does not appear critical for motor recognition development.
- Variability in auditory feedback plays a key role in motor learning and recognition.
- Findings support schematic representation models of motor recognition memory.