强势最简论下语段加标与辖域效应及语类特征解释

SMT Approach to Phase Labeling, Scope Reconstruction and Categorial Feature Interpretations

语类特征确定接口解释,本文在强势最简论(SMT)下整合语段加标、投射以及解释性原则(辖域原则、同构原则、最小化约束原则、局部性原则)和语类特征一致性研究量词辖域和重组效应(RE)。在加标理论下明确语类特征赋值为特征一致性探测算法的基础。量词功能语类(语段中心语)携带算符/语类特征[Q]提供了语义CI/SEM接口的解释指令和透视。在基于特征的回指和约束标引基础上,结合逻辑式诠释语段推导与语链重组、挪移运算以及边界解释重组点;应用外化拼读/移交运算阐明完全重组的推导和接口解释。提出以辖域和单调性论证否定极性项(NPI)的允准机制。在接口经济、最小化计算条件和优选计算原则下,以语类特征(CF)、加标算法(LA)及移交运算解释重组的本质,进一步确立接口解释理论,解决辖域重组问题,优化句法-语义接口解释机制。

Categorial features determine interface interpretations. Having incorporating the minimalist phase labeling derivations, categorizer projections and categorial feature agreement, and comprehensively investigating the set of interpretive principles(scope principle, isomorphic principle, minimized binding principle, locality principle) within MP, this article further investigates the scope and reconstruction effects. It clarifies the quantifier scope interactions effects and binding reconstruction effects based on LF. And it elucidates the fact that checking or valuation of categorial featuress forms the basic mechanism of probing algorithm within labeling theory. Quantifier categorizer carries the categorial feature[Q]. and provides the interpretive order and pperspective to CI/SEM interface. This paper also illustrates the core reconstruction and scrambling operations and the interpretive reconstruction sites alongside the phase edges. Based on interface economy, minimized computation and optimal computation principles, this artcile aims to explain the nature of reconstruction effects with particular reference to categorial feature theory, phase labeling algorithm and transfer. And it tries to explore and establish a comprehensive interface interpretive theory, which can solve the scope reconstructions, and optimize the interface interpretation mechanism.