基于平行架构的接口制约与层次组合模型研究

PA-based Syntax-Semantics Interface Constraints and Tier Combinatorial Model

本文在Jackendoff平行架构PA下在系统研究计算心智的多模态概念结构(CS)、句法-语义表征接口规则、三分平行结构的基础上,重组了合并题元信息和算子-变量复合体的概念结构语义表征,在跨语言数据分析基础上构建并论证了合并函数(功能)结构的题元层、宏观角色层与合并模态结构且编码量化、约束关系的所指层组成的命题层与编码焦点信息的信息结构层共同组成CS语义计算的层次组合模型TCM。本文在论证CI系统是CS系统与语用力IF系统的组合的基础上进一步推出研究的问题。

Within the Parallel Architecture established by Jackendoff （1997, 2002, 2010a/b）, this paper illustrates the nature of interface systems and computational systems, and reconstructs CS semantic representations, interface correspond-ence rules and especially the recursively derivational operation model instantiating the local CS computational system, viz. tier combinatorial model （TCM） and inter-tier constraint mechanism. It proposes the CS semantic representations incorporating thematic information and operator-variable complex, and then constructs and argues for the TCM which consists of the prop-ositional tier （PT） and information structure tier （IST） representations. The PT is made up of thematic tier incorporating func-tional structure, macrorole tier and the referential tier incorporating modal structure and encoding quantiifcational and binding relationships. The IST encodes focus （and presupposition） information. And TCM instantiating the CS computational system constitutes the foundations of formal semantic representations, semantic computational analysis, recursive operations and deri-vations.