Wang Pei, Hahm Christian, Hammer Patrick
Department of Computer and Information Sciences, Temple University, Philadelphia, PA, United States.
Department of Psychology, Stockholm University, Stockholm, Sweden.
Front Artif Intell. 2022 Apr 11;5:806403. doi: 10.3389/frai.2022.806403. eCollection 2022.
This article discusses an approach to add perception functionality to a general-purpose intelligent system, NARS. Differently from other AI approaches toward perception, our design is based on the following major opinions: (1) Perception primarily depends on the perceiver, and subjective experience is only partially and gradually transformed into objective (intersubjective) descriptions of the environment; (2) Perception is basically a process initiated by the perceiver itself to achieve its goals, and passive receiving of signals only plays a supplementary role; (3) Perception is fundamentally unified with cognition, and the difference between them is mostly quantitative, not qualitative. The directly relevant aspects of NARS are described to show the implications of these opinions in system design, and they are compared with the other approaches. Based on the research results of cognitive science, it is argued that the Narsian approach better fits the need of perception in Artificial General Intelligence (AGI).
本文讨论了一种为通用智能系统NARS添加感知功能的方法。与其他针对感知的人工智能方法不同,我们的设计基于以下主要观点:(1)感知主要取决于感知者,主观体验只是部分地、逐渐地转化为对环境的客观(主体间)描述;(2)感知基本上是感知者自身发起的以实现其目标的过程,被动接收信号仅起辅助作用;(3)感知从根本上与认知统一,它们之间的差异大多是量的,而非质的。文中描述了NARS直接相关的方面,以展示这些观点在系统设计中的含义,并将它们与其他方法进行比较。基于认知科学的研究成果,本文认为纳思式方法更符合通用人工智能(AGI)中感知的需求。