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Two paradigms of measuring serial-order memory: Two different patterns of serial-position functions

机译:测量串行存储器的两种范例:两种不同的串行位置函数模式

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摘要

There are two research paradigms in the area of serial-order memory. One typically uses serial recall (accuracy), and the other comparative judgment (reaction time) for measuring serial-order memory. Spontaneous subgrouping is commonly observed in the recall serial-position function in the form of multiple bowings. However, comparative judgment with a reaction time measure produces a single-bowing function. Researchers adopting these two approaches have opposing views on the form of the structure of serial-order memory with the former favoring a hierarchical, and the latter a unidimensional structure. The present study confirmed the above hypothesized relation between the two measuring procedures and the two different patterns of serial-position functions. It was suggested that a serial recall involves retrieving absolute position information, whereas a comparative judgment involves retrieving relative position information, and that subgrouping serves a facilitating function for the former, but may actually impede the latter process.
机译:串行顺序存储器领域有两种研究范式。一个通常使用串行召回(准确性),另一个使用比较判断(反应时间)来测量串行命令内存。在召回序列位置功能中,通常会以多个弓形的形式观察到自发分组。但是,用反应时间度量进行比较判断会产生单向函数。采用这两种方法的研究人员对串行存储器的结构形式有相反的看法,前者倾向于分层结构,后者倾向于一维结构。本研究证实了上述两种测量程序与串行位置函数的两种不同模式之间的上述假设关系。有人建议,连续召回涉及检索绝对位置信息,而比较判断涉及检索相对位置信息,并且分组对前者起促进作用,但实际上可能阻碍后者的过程。

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