研究说明Study information
本研究关注学生如何通过与 AI 对话理解一种注意加工现象,并据此形成或修正判断。 This study examines how students use dialogue with AI to understand an attention phenomenon and form or revise their judgments.
你将先完成一个快速视觉任务,然后根据任务结果作出解释。之后,你可以与 AI 学习助手讨论,最后再次作答。实验末尾还有一个新的应用情景。 You will first complete a rapid visual task and interpret the results. You will then discuss the task with an AI learning assistant and answer again. A new application scenario appears at the end.
整个过程约需 10–12 分钟。请使用电脑完成,并暂时关闭其他会弹出通知的窗口。 The study takes about 10–12 minutes. Please use a computer and temporarily close other windows that may display notifications.
基本信息与 AI 使用情况Background and AI use
以下陈述请按 1–5 评分Rate the following statements from 1 to 5
1=非常不同意,5=非常同意。1 = strongly disagree; 5 = strongly agree.
快速视觉任务Rapid visual task
屏幕中央会快速连续出现一串英文字母,其中夹着两个数字。 A rapid stream of letters will appear at the center of the screen, with two digits embedded in the stream.
H K R 7 M 3 T P
每轮结束后,请按出现顺序输入你看到的两个数字。如果只看到一个数字,另一个输入框可以留空。 After each trial, enter the two digits in the order in which they appeared. Leave one box blank if you saw only one digit.
请一直注视屏幕中央。正式任务不会显示每轮的正确答案。 Keep your eyes on the center of the screen. Correct answers will not be shown during the formal task.
练习完成Practice complete
下面进入 18 轮正式任务。请继续注视屏幕中央,并按顺序输入看到的两个数字。 The 18 formal trials begin next. Continue to focus on the center and enter the two digits in order.
任务结果Task results
第二个目标紧接着第一个目标出现时,识别率可能较高;在短暂间隔后出现时,识别率下降;间隔更长后,识别率再次恢复。 Identification of the second target can be relatively good when it immediately follows the first, decline after a short delay, and recover at a longer interval.
实验完成Study complete
这种现象称为“注意瞬脱”。识别第一个目标后,注意系统需要短暂时间进一步处理它。在这一阶段出现的第二个目标更容易被漏掉。第二个目标如果紧接着出现,有时可以与第一个目标进入同一注意阶段;间隔足够长后,注意系统恢复,识别率也会提高。 This phenomenon is called the attentional blink. After identifying the first target, the attention system briefly processes it further. A second target appearing during this period is more likely to be missed. When the second target immediately follows the first, both may sometimes enter the same attentional episode; performance recovers at a longer interval.