Open AccessOLD ENGLISH DERIVED ORDERS AT THE SYNTAX-INFORMATION STRUCTURE INTERFACE
Author(s) -
Yana Chankova
Publication year - 2020
Publication title -
ezikov svât/ezikov svât
Language(s) - English
Resource type - Journals
SCImago Journal Rank - 0.1
H-Index - 1
eISSN - 2603-4026
pISSN - 1312-0484
DOI - 10.37708/ezs.swu.bg.v18i3.2
Subject(s) - scrambling , syntax , computer science , information structure , linguistics , parsing , interface (matter) , natural language processing , semantic interpretation , object (grammar) , semantic property , artificial intelligence , algorithm , philosophy , bubble , maximum bubble pressure method , parallel computing
The present paper reports some findings from the author’s research on a particular non-canonical order, derived by Scrambling and attested with double object constructions with one non-finite verb in The York-TorontoHelsinki Parsed Corpus of Old English Prose (2003). The account of Scrambling is launched in a Minimalist syntactic framework but invokes information-structural and semantic factors in an attempt to assess the extent to which the general linearization principles can be affected by such factors. The paper provides convergent support to the claim that Scrambling is an optional displacement operation raising internal Arguments and Adjuncts out of their source positions into phrasallyadjoined targets in the left periphery of vP. Assuming that Scrambling has an effect on the way constituent order correlates with discourse roles, the following paper argues that Scrambling in Old English occurs on the Syntax-Information StructureInterface, and, by corollary that it can be thought of as a type of information packaging syntactic device. Though syntactically optional, the studied Syntax-Information Structure interactions are semantically effective, i.e. they have a bearing on semanticinterpretation and can best be described as interface interactions, whereby the scrambled modified orders are licensed based on their syntactic, information structural and semantic properties.