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学会停止反应。

Learning to stop responding.

机构信息

University of Vermont, USA.

University of Vermont, USA.

出版信息

Behav Processes. 2023 Mar;206:104830. doi: 10.1016/j.beproc.2023.104830. Epub 2023 Jan 23.

Abstract

Learning to stop responding is an important process that allows behavior to adapt to a changing and variable environment. This article reviews recent research in this laboratory and others that has studied how animals learn to stop responding in operant extinction, punishment, and feature-negative learning. Extinction and punishment are shown to be similar in two fundamental ways. First, the response-suppressing effects of both are highly context-specific. Second, the response-suppressing effects of both can be remarkably response-specific: Inhibition of one response transfers little to other responses. Learning to inhibit the response so specifically may result from the correction of "response error," the difference between the level of responding and what the current reinforcer supports. In contrast, the inhibition of responding that develops in feature-negative learning, where the response is reinforced during one discriminative stimulus (A) but not in a compound of A and stimulus B, is less response-specific: The inhibition of responding by stimulus B transfers and inhibits a second response, especially if the second response has itself been inhibited before. The results thus indicate both response-specific and response-general forms of behavioral inhibition. One possibility is that response-specific inhibition is learned when the circumstances encourage the organism to pay attention to the response-to what it is actually doing-as behavioral suppression is learned.

摘要

学会停止反应是一个重要的过程,它使行为能够适应不断变化和变化的环境。本文综述了本实验室和其他实验室在动物操作性消退、惩罚和特征负性学习中学习如何停止反应的最新研究。消退和惩罚在两个基本方面是相似的。首先,两者的反应抑制效应都具有高度的情境特异性。其次,两者的反应抑制效应都可以非常特定于反应:一种反应的抑制作用几乎不会转移到其他反应上。如此特定地抑制反应可能是由于“反应误差”的纠正,即反应水平与当前强化物所支持的水平之间的差异。相比之下,在特征负性学习中发展起来的对反应的抑制作用,即当反应在一个辨别刺激(A)中得到强化,但不在 A 和刺激 B 的复合刺激中得到强化时,反应的抑制作用就不那么特定于反应了:刺激 B 的抑制作用会转移并抑制第二个反应,特别是如果第二个反应在之前已经被抑制。因此,结果表明存在反应特异性和反应一般性的行为抑制形式。一种可能性是,当环境鼓励生物体关注反应——即行为抑制是如何被学习的——时,就会学习到反应特异性抑制。

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