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Converging evidence supports fuzzy-trace theory's nested sets hypothesis, but not the frequency hypothesis

机译:融合证据支持模糊轨迹理论的嵌套集假设,但不支持频率假设

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摘要

Evidence favors the nested sets hypothesis, introduced by fuzzy-trace theory (FIT) in the 1990s to explain "class-inclusion" effects and extended to many tasks, including conjunction fallacy, syllogistic reasoning, and base-rate effects (e.g., Brainerd & Reyna 1990; Reyna 1991; 2004; Reyna & Adam 2003; Reyna & Brainerd 1995). Crucial differences in mechanisms distinguish the FIT and Barbey & Sloman (B&S) accounts, but both contrast with frequency predictions (see Reyna & Brainerd, in press).
机译:证据支持嵌套集假设,该假设是1990年代由模糊跟踪理论(FIT)引入的,用于解释“类包含”效应,并扩展到许多任务,包括连词谬误,三段论推理和基本速率效应(例如Brainerd和Reyna 1990; Reyna 1991; 2004; Reyna&Adam 2003; Reyna&Brainerd 1995)。机制上的关键差异将FIT和Barbey&Sloman(B&S)帐户区分开来,但两者都与频率预测形成对比(请参见Reyna和Brainerd,印刷中)。

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