Goldstone Robert L, Landy David, Brunel Lionel C
Department of Psychological and Brain Sciences, Indiana University Bloomington, IN, USA.
Front Psychol. 2011 Dec 27;2:385. doi: 10.3389/fpsyg.2011.00385. eCollection 2011.
One of the challenges for perceptually grounded accounts of high-level cognition is to explain how people make connections and draw inferences between situations that superficially have little in common. Evidence suggests that people draw these connections even without having explicit, verbalizable knowledge of their bases. Instead, the connections are based on sub-symbolic representations that are grounded in perception, action, and space. One reason why people are able to spontaneously see relations between situations that initially appear to be unrelated is that their eventual perceptions are not restricted to initial appearances. Training and strategic deployment allow our perceptual processes to deliver outputs that would have otherwise required abstract or formal reasoning. Even without people having any privileged access to the internal operations of perceptual modules, these modules can be systematically altered so as to better serve our high-level reasoning needs. Moreover, perceptually based processes can be altered in a number of ways to closely approximate formally sanctioned computations. To be concrete about mechanisms of perceptual change, we present 21 illustrations of ways in which we alter, adjust, and augment our perceptual systems with the intention of having them better satisfy our needs.
对于基于感知的高级认知解释而言,其中一项挑战在于解释人们如何在表面上几乎没有共同点的情境之间建立联系并进行推理。有证据表明,即使人们对这些联系的基础没有明确的、可言语化的知识,他们也能建立起这些联系。相反,这些联系是基于扎根于感知、行动和空间的亚符号表征。人们能够自发地看出最初看似无关的情境之间的关系,原因之一在于他们最终的感知并不局限于初始表象。训练和策略性部署使我们的感知过程能够产生原本需要抽象或形式推理才能得出的输出。即使人们无法直接了解感知模块的内部运作,这些模块也可以被系统地改变,以便更好地满足我们的高级推理需求。此外,基于感知的过程可以通过多种方式进行改变,以紧密近似形式上认可的计算。为了具体说明感知变化的机制,我们展示了21个示例,说明我们如何改变、调整和增强我们的感知系统,以使它们更好地满足我们的需求。