Additional feedback for motor learning and control

Categories of feedback

task-intrinsic feedback

Vision, touch, etc.,

Augmented feedback

Results information feedbackKR knowledge of results

The main feedback is performance results, and sometimes it only tells whether the goal has been achieved. 

Performance information feedback KP knowledge of performance

Mainly feedback the movement process and action characteristics

Examples of KR and KP

Add feedback function 

  • Promote achievement of motor skill goals
  • Motivate learners to keep moving towards their goals

Four possible answers...

It is necessary for skill learning

  • Task ontology feedback is not available
  • Blocked sensory pathways in the body
  • Not able to use it due to lack of experience

May not be necessary

  • Sensory systems can provide adequate proprioceptive feedback
  • The environment has observable external information references, etc.
  • Able to see at a glance, good demonstration (observation learning)

Can enhance skill learning

  • For simple skills (the goal is easy to achieve), you can learn it faster and reach a higher level faster.
  • Complex skills require mastery of multi-body coordination and require coaching to enhance

Can inhibit or slow down learning

  • Dependence arises from practicing learning
  • learner is given erroneous feedback erroneous feedback
  • learner is given concurrent feedback Synchronous feedback creates dependence and cannot proceed without feedback
  • Lerner is given too frequent augmented feedback too frequent feedback

5 topics for additional feedback

  • Provide it when you're wrong or when you're right?
  • Is it better to give it to KP or KR?
  • Quantitative or qualitative information?
  • Performance bandwidth: the size of the error and the extent of the error for feedback
  • Wrong additional feedback

Provide it when you're wrong or when you're right?

  • Error messages serve as feedback. Feedback when errors are made is more effective for improving skills.
  • Correct information is used to motivate better

Is it better to give it to KP or KR?

  • Industry insiders prefer KP
  • There is no absolute answer to which one is better

KR is good in these situations:

Confirm self-assessment and understand your own situation

Required when there is no task body feedback

excitation

Encourage active learning

Ensure external attention and focus on athletic performance

KP is good in these situations:

Skills require specific actions

Complex multi-limb coordination

Goals include movement, motivation, and muscle activity needs

When KR is redundant

Quantitative or qualitative information?

  • Initially, more reliance was placed on qualitative information (concepts)
  • Later, more reliance will be placed on quantitative information to adjust actions (specific)

Performance bandwidth: the size of the error and the extent of the error for feedback

  • No feedback is provided within the performance bandwidth

Wrong additional feedback

Is redundant feedback ignored?

Ignore residual feedback and performance is not affected

Error feedback can impact performance if not ignored

Beginners can use it in the early stages, whether it is right or wrong.

Type of KP

Verbel KP :

Selecting the skill component for KP

Decriptive and Prescriptive KP

Descriptive KP: describe the action results or goals

Guiding KP: Provide guidance on the process and details to achieve the goal

Manual Guidance as AF action guidance

Assist movement to the correct position through hand guidance

For example, a fitness instructor guides students to exert force correctly by touching muscle parts.

Video Recording as AF video recording

Obtain feedback on exercise processes by reviewing videos

Beginners need an instructor to explain, advanced levels can understand on their own

Movement Kinetics and Kinematics as AFKinetics and Kinematics

By explaining relevant theoretical knowledge

Allow students to acquire coordination patterns faster

BIoffeedback as AFbiofeedback

Muscle strength, ECG, respiration, electromechanical, motion capture...etc. testing methods (EMG)

and can be used to change actions

such as micro electrical stimulation

The issue of timing of additional feedback (when to give it)

Synchronization and terminal, KR delay and post-KR interval, frequency issues

Sync and terminal AF

Give feedback during the process and give feedback after the end

KR delay and post-KR interval

 

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Origin blog.csdn.net/Gelercat/article/details/127546382