ABSTRACT
Twenty-one recreational gamblers were randomly assigned to two groups; one group was exposed to a conditional discrimination relational training task to bias choice allocation to a black machine presented concurrently with a red machine, and the other group underwent the same relational training task immediately followed by a defusion procedure, designed to expand upon the relations developed in the initial relational task. Both groups completed a simulated slot-machine task before and after the relational training task, with or without the defusion procedure. Results showed that 9 of 11 participants in the relational training only group showed an increased bias toward the black machine, compared to only 4 of 10 in the relational training plus defusion group; this latter group also showed greater matched responding. Results suggest that expanding verbal-relational networks may reduce the influence of any single verbal relation on gambling choice behavior.
Subject(s)
Choice Behavior/physiology , Gambling/psychology , Adult , Female , Games, Experimental , Humans , Male , Middle Aged , Reinforcement, Psychology , Young AdultABSTRACT
The purpose of the study was to evaluate a procedure to generate derived categorical responding by three children with disabilities and to promote the emergence of untrained intraverbal categorical responses. In the study, three 4-member equivalence classes including three stimuli (A, B, and C) and a category name (D) for each class were trained using a match-to-sample procedure. Test probes were conducted for categorical responding, including both a trained (D-A) and two derived (D-B, D-C) relational responses, as well as the emergence of untrained intraverbal categorical responding (D-A/B/C) throughout the study. Relational training was effective at promoting the emergence of categorical responding, and two of the three participants demonstrated the emergence of additional intraverbal responding without prior training. The results provide further evidence supporting the practical utility of stimulus equivalence as well as the PEAK-E curriculum.
Subject(s)
Behavior Therapy/methods , Concept Formation , Disabled Children/psychology , Disabled Children/rehabilitation , Discrimination, Psychological , Child , Female , Humans , Male , Neuropsychological TestsABSTRACT
A behavioral skills training procedure that consisted of video instructions, video rehearsal, and video testing was used to teach 4 recreational gamblers a specific skill in playing blackjack (sometimes called card counting). A multiple baseline design was used to evaluate intervention effects on card-counting accuracy and chips won or lost across participants. Before training, no participant counted cards accurately. Each participant completed all phases of the training protocol, counting cards fluently with 100% accuracy during changing speed criterion training exercises. Generalization probes were conducted while participants played blackjack in a mock casino following each training phase. Afterwards, all 4 participants were able to count cards while they played blackjack. In conjunction with count accuracy, total winnings were tracked to determine the monetary advantages associated with counting cards. After losing money during baseline, 3 of 4 participants won a substantial amount of money playing blackjack after the intervention.
