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Preference as a Function of Active Interresponse Times: A Test of the Active Time Model

机译:偏好与主动应答时间的关系:主动时间模型的检验

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摘要

In this article, we describe a test of the active time model for concurrent variable interval (VI) choice. The active time model (ATM) suggests that the time since the most recent response is one of the variables controlling choice in concurrent VI VI schedules of reinforcement. In our experiment, pigeons were trained in a multiple concurrent similar to that employed by , with VI 20-s and VI 40-s schedules in one component, and VI 40-s and VI 80-s schedules in the other component. However, rather than use a free-operant design, we used a discrete-trial procedure that restricted interresponse times to a range of 0.5–9.0 s. After 45 sessions of training, unreinforced probe periods were mixed with reinforced training periods. These probes paired the two stimuli associated with the VI 40-s schedules. Further, the probes were defined such that during their occurrence, interresponse times were either “short” (0.5–3.0 s) or “long” (7.5–9.0 s). All pigeons showed a preference for the stimulus associated with the relatively rich VI 40-s schedule—a result mirroring that of Belke. We also observed, though, that this preference was more extreme during long probes than during short probes—a result predicted by ATM.
机译:在本文中,我们描述了针对并发可变间隔(VI)选择的活动时间模型的测试。活动时间模型(ATM)建议,自最近响应以来的时间是控制并发VI VI计划中选择的变量之一。在我们的实验中,对鸽子进行了多次并发训练,类似于,使用,同时在一个组件中执行VI 20-s和VI 40-s计划,在另一个组件中进行VI 40-s和VI 80-s计划。但是,我们没有使用自由操作的设计,而是使用了离散试用程序,该程序将响应时间限制在0.5-9.0秒之间。经过45节训练后,未加强的探查期与加强的训练期混合在一起。这些探针将与VI 40-s时间表相关的两个刺激配对。此外,对探针进行了定义,以使其在发生期间的响应时间为``短''(0.5-3.0秒)或``长''(7.5-9.0秒)。所有鸽子都表现出对相对丰富的VI 40-s赛程相关的刺激力的偏好-结果与Belke相似。但是,我们还观察到,长距离探测比短距离探测更喜欢这种偏好-这是ATM预测的结果。

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