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Bidirectional Reasoning in Decision Making by Constraint Satisfaction
- Journal of Experimental Psychology: General
, 1999
"... Recent constraint-satisfaction models of explanation, analogy, and decision making claim that these processes are influenced by bidirectional constraints that promote coherence. College students were asked to reach a verdict in a complex legal case involving multiple conflicting arguments, including ..."
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Recent constraint-satisfaction models of explanation, analogy, and decision making claim that these processes are influenced by bidirectional constraints that promote coherence. College students were asked to reach a verdict in a complex legal case involving multiple conflicting arguments, including alternative analogies to the target case. Participants rated agreement with the individual arguments both in isolation before seeing the case, and again after reaching a verdict. Assessments of the individual arguments (including the competing analogies) shifted so as to cohere with their emerging verdict. Information about the character of the defendant in the initial case triggered a cascade of "spreading coherence", influencing decisions made about a subsequent case involving very different legal issues. Participants ' memory for their initial positions also shifted so as to cohere with their final positions. The coherence shifts were simulated by a constraint satisfaction model. The results demonstrate that an alogical process of constraint satisfaction can transform highly ambiguous inputs into coherent decisions. Bidirectional Reasoning 3 One of the most deep-rooted assumptions about human reasoning is that the flow of
On the Inconclusiveness of "Crucial" Cognitive Tests of Dissonance Versus Self-Perception Theories
, 1975
"... this report has been supported in part by Grants NSF GS-3050 and PHS MS-20527. I am grateful to Robert B. Cialdini, Ellen Berscheid, Timothy C. Brock, Mark Snyder, Michael S. Pallak, Richard Harris, Daryl J. Bem, David R. Shaffer, Michael Ross, and James D. Laird for providing comments on an earlier ..."
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this report has been supported in part by Grants NSF GS-3050 and PHS MS-20527. I am grateful to Robert B. Cialdini, Ellen Berscheid, Timothy C. Brock, Mark Snyder, Michael S. Pallak, Richard Harris, Daryl J. Bem, David R. Shaffer, Michael Ross, and James D. Laird for providing comments on an earlier draft

