空间感知的大系统与敏感性

K. Nakatani
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摘要

我们对人与人工大系统之间的交流进行了心理学的回顾,强调了对人与人工大系统的情感加工进行进一步跨学科研究的必要性。正如旧的智力双因素理论所指出的,感性本来是生物适应环境的一种基本功能。每一种感官形态都有其不同的方面,个体差异的巨大差异是其本质特征。对物体和心理空间的感知被认为是最早期和最原始的感性。在认知是一个解决问题的过程的概念下,我们回顾了视觉感知模型,并提出了一个假定信息通过无意识注意整合的画布模型。讨论了三维空间感知是视觉系统信息还原的结果。生物运动感知是一种层次结构的知识体系。两个组合单元阵列之间的内部对话机制对于大系统的自适应信息处理至关重要
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Big systems and sensibility of space perception
We made a psychological review on the communication between a man and an artificial big system, and emphasized the necessity of farther interdisciplinary approach to the sensibility processing of both human and artificial system. As the old two factors theory of intelligence pointed out, the sensibility is originally an elemental function for biological adaptation to the environment. It has different aspects for every sensory modality, and the large variance of the individual difference is essential characteristic. Perception of objects and psychological space was discussed as a most early and primitive sensibility. Under the notion that the perception is a problem solving process, we reviewed models of visual perception and proposed a canvas model, which assume information integration by unconscious attention. 3-dimensional space perception was discussed as a result of information reduction by visual system. Biological motion perception proved a hierarchical structure just as knowledge system. Inner dialog mechanism between two arrays of composing units would be essential for the adaptive information processing of the big system.<>
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