Relating equivalence relations to equivalence relations: A relational framing model of complex human functioning

Area of Science:

• Behavioral Psychology
• Cognitive Science
• Learning Theory

Background:

• Analogical reasoning is a complex human cognitive function.
• Existing models often lack a clear behavioral basis.
• The equivalence paradigm offers a framework for studying complex stimulus relations.

Purpose of the Study:

• To develop a behavior-analytic model of analogical reasoning.
• To investigate the formation and control of equivalence and non-equivalence relations.
• To explore the role of contextual control in complex stimulus discrimination.

Main Methods:

• Utilized a delayed matching-to-sample procedure with adults and children.
• Trained and tested for the formation of four, three-member equivalence relations.
• Administered tests examining relations between equivalence and non-equivalence stimulus classes, including contextual control experiments.

Main Results:

• Subjects consistently related equivalence relations to equivalence relations and non-equivalence relations to non-equivalence relations.
• Equivalence, equivalence-equivalence, and non-equivalence-non-equivalence responding were successfully brought under contextual control.
• Contextual cues effectively functioned as comparisons, and complex stimuli served as contextual cues or samples.

Conclusions:

• The study successfully developed a behavior-analytic model for analogical reasoning.
• Data extend the established equivalence paradigm.
• Findings contribute to a behavior-analytic interpretation of complex human functioning.