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首页> 外文期刊>Experimental Brain Research >Use your head! Perception of action possibilities by means of an object attached to the head
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Use your head! Perception of action possibilities by means of an object attached to the head

机译:动动脑子!通过连接到头部的物体感知动作可能性

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摘要

Perceiving any environmental property requires spontaneously assembling a smart perceptual instrument-a task-specific measurement device assembled across potentially independent anatomical units. Previous research has shown that to a large degree, perception of a given environmental property is anatomically independent. We attempted to provide stronger evidence for this proposal by investigating perception by an organization of anatomical and inert components that likely requires the spontaneous assembly of a novel smart perceptual instrument-a rod attached to the head. Specifically, we compared cephalic and manual perception of whether an inclined surface affords standing on. In both conditions, perception reflected the action capabilities of the perceiver and not the appendage used to wield the rod. Such results provide stronger evidence for anatomical independence of perception within a given perceptual system and highlight that flexible task-specific detection units can be assembled across units that span the body and inert objects.
机译:感知任何环境特性都需要自发地组装智能的感知仪器,即跨潜在独立的解剖单元组装的任务特定的测量设备。先前的研究表明,在很大程度上,对给定环境特性的感知在解剖上是独立的。我们试图通过调查可能需要自发组装新型智能感知仪器(附在头部的杆)的解剖学和惰性成分的组织为这一提议提供更有力的证据。具体来说,我们比较了头部和手动感知倾斜表面是否可以站立的感觉。在这两种情况下,感知都反映了感知者的动作能力,而不是用来挥动杆的附属物。这样的结果为在给定的感知系统内的解剖学上的解剖学独立性提供了更有力的证据,并突显了可以跨跨越身体和惰性物体的单元组装灵活的任务特定的检测单元。

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