User Settings
Article

An ERP study of stimulus equivalence in aphasic and non-brain damaged individuals

Susanne Rasmussen-2005-01-01-scholarworks - UTEP (The University of Texas at El Paso)
0

TL;DRAbstract

In this study, one aphasic and four non-brain damaged adults engaged in a computerized equivalence-training procedure while cortical activation was recorded using event-related potentials (ERP). Equivalence training is a procedure used to promote transfer and generalization of learned skills. It is described by the properties reflexivity (A = A), discrimination (A = B), symmetry (if A = B then B = A), transitivity (if A = B and B = C then A = C), and equivalence (C = A). ERP is a non-invasive imaging procedure that records cortical activation in response to time or response specific events. The task consisted of a matching-to-sample paradigm of nonsense symbols. The symbols were presented at increasing complexity. Participants were required to touch a sample and then a matching choice on a computer monitor for a total of 201 trials. The present study compared the performance of the non-brain damaged individuals to the brain-damaged individual. The results show that both the aphasic and

Chat with Paper

AI Agents for this Paper

In this study, one aphasic and four non-brain damaged adults engaged in a computerized equivalence-training procedure while cortical activation was recorded using event-related potentials (ERP). Equivalence training is a procedure used to promote transfer and generalization of learned skills. It is described by the properties reflexivity (A = A), discrimination (A = B), symmetry (if A = B then B = A), transitivity (if A = B and B = C then A = C), and equivalence (C = A). ERP is a non-invasive imaging procedure that records cortical activation in response to time or response specific events. The task consisted of a matching-to-sample paradigm of nonsense symbols. The symbols were presented at increasing complexity. Participants were required to touch a sample and then a matching choice on a computer monitor for a total of 201 trials. The present study compared the performance of the non-brain damaged individuals to the brain-damaged individual. The results show that both the aphasic and

Keywords

PsychologyAphasiaStimulus (psychology)Cognitive psychologyNeuroscience

Chat

Click to start Chat