基于心智计算理论的空间语言、接口与认知

Spatial Language, Spatial Interface and Cognition Based on the Computational Theory of Mind

本文基于概念结构和空间表征分析空间语言、空间认知和指示表达的句法和语义。阐明分解式和等级性3D模型与心智概念结构都是计算心智的中心接口表征,是处理空间认知、语言、行动的通用表征。命题概念结构可从跨模态空间表征提取信息,在目标识别、概念化和范畴化中形成整合,在形式语义和空间概念中结合。旨在进一步廓清和明确空间关系系统的概念/空间表征编码机制和推导制约,为语言与空间表征接口探索合理的心智计算理论方法。

Based on the conceptual structure（CS） and spatial representation（SR）, this article mainly analyzes spatial language, spatial cognition, and the syntax and semantics of deictic expressions. It expounds the fact that both the decompositional and hierarchical 3D model and conceptual structure not just constitute the central interface representations of the computational mind but also the general representations of processing cognition, language and actions. Propositional conceptual structure can accommodate information from transmodal spatial representation. Particularly these two representational levels/systems can form integration in object identification, conceptualization and categorization, and establish linkage in formal semantics, spatial concepts and understanding. This paper aims to further clarify the coding mechanism and derivational constraints for conceptual/spatial representations expressing spatial relations. And it also intends to explore a motivated computational mind approach to linguistic-spatial interface.