工作记忆中自动注意分配的优先级

The Priority of Automatic Attention Allocation in Working Memory

摘要: 本文深入探讨了工作记忆与自动注意之间复杂而微妙的交互关系，并分析了物理显著性、奖励学习机制以及内隐学习如何在工作记忆中信息的筛选与处理过程中发挥影响。工作记忆，作为个体在执行各类认知活动时临时存储并操作信息的关键能力，扮演着筛选并聚焦当前任务所需信息的核心角色。自动注意，则是一种无意识的认知过程，它引导个体自然而然地关注那些物理特征突出或与过往记忆存在关联的刺激。本文着重指出，自动注意机制能够潜在地调整工作记忆中信息处理的优先级顺序，进而对整体的认知效率产生深远影响。这一研究不仅深化了我们对工作记忆与自动注意在复杂认知任务中协同作用机制的理解，而且为揭示人类认知系统的灵活性与高效性提供了宝贵的见解。本文的工作对于理解工作记忆与自动注意在复杂认知任务中的作用机制具有重要意义。

Abstract: This paper delves into the complex and nuanced interplay between working memory and automatic attention, examining how physical salience, reward learning mechanisms, and implicit learning influence the selection and processing of information in working memory. Working memory, as a crucial ability for individuals to temporarily store and manipulate information during various cognitive activities, plays a central role in filtering and focusing on information required for the current task. Automatic attention, on the other hand, is an unconscious cognitive process that naturally draws individuals’ focus to stimuli that are physically prominent or associated with past memories. This paper emphasizes that automatic attention mechanisms can potentially adjust the priority order of information processing in working memory, thereby exerting a profound impact on overall cognitive efficiency. This research not only deepens our understanding of the synergistic mechanisms between working memory and automatic attention in complex cognitive tasks but also provides valuable insights into the flexibility and efficiency of the human cognitive system. The work presented in this paper is significant for understanding the mechanisms of working memory and automatic attention in complex cognitive tasks.