Osiurak François, Badets Arnaud
Laboratoire d'Etude des Mécanismes Cognitifs (EA 3082), Institut de Psychologie, Université de Lyon.
Institut de Neurosciences Cognitives et Intégratives d'Aquitaine (UMR 5287), Centre National de la Recherche Scientifique.
Psychol Rev. 2017 Apr;124(3):361-368. doi: 10.1037/rev0000065.
Osiurak and Badets (2016) examined the validity of the manipulation-based versus the reasoning-based approaches to tool use in light of studies in experimental psychology and neuropsychology. They concluded that the reasoning-based approach seems to be more promising than the manipulation-based approach for understanding the current literature. Buxbaum (2017) questioned this conclusion and raised certain theoretical limitations with regard to the reasoning-based approach. She also suggested that this approach is not well-equipped to integrate the existing psychological and neuroanatomical data in the tool use domain. In this context, she presented a neurocognitive model-the "Two Action Systems Plus" (2AS+) framework-deeply anchored in the embodied cognition approach. In this reply, we address the key points raised by Buxbaum, leading us to draw 2 new conclusions. The first is that the reasoning-based approach integrates the existing psychological and neuroanatomical data not only in the tool use domain, but also in the motor control domain. As a matter of fact, it is even better equipped than the 2AS+ to account for recent neuroscience data. The second is that the 2AS+ suffers from epistemological and theoretical limitations, generating confusion as to what manipulation knowledge-a core concept in this model-precisely is. To sum up, 2AS+ illustrates potential misuse of embodied cognition, viewing tool use mainly as a matter of manipulation and not of understanding mechanical actions between tools and objects. (PsycINFO Database Record
奥西拉克和巴代(2016年)根据实验心理学和神经心理学的研究,考察了基于操作与基于推理的工具使用方法的有效性。他们得出结论,就理解当前文献而言,基于推理的方法似乎比基于操作的方法更具前景。布克斯鲍姆(2017年)对这一结论提出质疑,并指出了基于推理方法的某些理论局限性。她还认为,这种方法在整合工具使用领域现有的心理学和神经解剖学数据方面能力不足。在此背景下,她提出了一个神经认知模型——“双动作系统加”(2AS+)框架——该框架深深扎根于具身认知方法。在本回复中,我们回应了布克斯鲍姆提出的要点,进而得出两个新结论。第一个结论是,基于推理的方法不仅能整合工具使用领域,还能整合运动控制领域现有的心理学和神经解剖学数据。事实上,与2AS+相比,它在解释最新神经科学数据方面的能力更强。第二个结论是,2AS+存在认识论和理论上的局限性,导致人们对该模型的核心概念——操作知识到底是什么产生困惑。总之,2AS+说明了具身认知可能被误用,即将工具使用主要视为操作问题,而非理解工具与物体之间的机械作用。(《心理学文摘数据库记录》 )