Question

Which of the following is not an invariant feature of generalized motor programs? a. Relative timing b. Parameter selection c. Sequencing d. Relative force

    Which of the following is not an invariant feature of generalized motor programs?
a. Relative timing
b. Parameter selection
c. Sequencing
d. Relative force
Motor Learning and Control: From Theory to Practice
Motor Learning and Control: From Theory to Practice
William Edwards 1st Edition
Chapter 4, Problem 4 ↓

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GMPs are theoretical constructs in motor control that represent a set of movements or actions that can be adapted to different situations. They consist of invariant features and parameters.  Show more…

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Which of the following is not an invariant feature of generalized motor programs? a. Relative timing b. Parameter selection c. Sequencing d. Relative force
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Key Concepts

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Generalized Motor Program
A generalized motor program (GMP) is a theoretical concept used to explain how the brain stores and organizes movements. It represents a set of rules or a blueprint for carrying out a class of movements rather than explicit, detailed commands for each action. This allows for flexibility and adaptability while maintaining a consistent overall pattern or structure of the movement.
Invariant Features
Invariant features are the consistent, unchanging characteristics of a generalized motor program that remain constant across different executions of the movement. They include aspects such as relative timing (the proportional timing of movement segments), relative force (the distribution of force throughout the movement), and sequencing (the fixed order of movement components), which together define the basic structure of the movement.
Parameter Selection
Parameter selection refers to the process of adapting a generalized motor program to fit specific environmental conditions or situational demands. Unlike the invariant features, parameters such as overall duration, overall force, or amplitude can be adjusted without changing the underlying program. This flexibility allows for variations in execution while preserving the core structure of the movement.

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