Assessing explicit strategies in force field adaptation
Raphael Schween, Samuel D. McDougle, Mathias Hegele, Jordan A. Taylor
Abstract
While the contribution of explicit learning has been increasingly studied in visuomotor adaptation, its contribution to force field adaptation has not been studied extensively. We employed two novel methods to assay explicit learning in a force field adaptation task and found that learners can voluntarily control aspects of compensatory force production and manually report it with their untrained limb. This supports the general viability of the contribution of explicit learning also in force field adaptation.
Topics & Concepts
Adaptation (eye)Force field (fiction)Task (project management)Field (mathematics)Motor learningComputer sciencePsychologyCognitive psychologyNeuroscienceArtificial intelligenceMathematicsEngineeringSystems engineeringPure mathematicsMotor Control and AdaptationMuscle activation and electromyography studiesAction Observation and Synchronization