Просодия вопросов с частицей ли

Янко, Т.Е.

Автор: Янко Т.Е.
Сборник: Компьютерная лингвистика и интеллектуальные Технологии. По материалам ежегодной международной конференции Диалог- 2019
Том: 18
Год издания: 2019
Место издания: РГГУ М
Первая страница: 715
Последняя страница: 725
Аннотация: The paper is aimed at the analysis of the prosody in the Russian yes-now-questions with particle LI. The three basic patterns of the Russian LI-questions, which are construed as semantically minimal, are singled out. (The semantically minimal sentences are considered here as such where the prosodic structure brings minimal contribution into the semantic structure of a sentence). Consequently, the prosody of the sentences composed with contrast, or discourse continuity is viewed as being derived from the prosody of the basic types. The illocutionary force in LI-questions is designated not by prosody as in other Russian yes-no-questions but by a segmental means, namely ― by LI. Hence, the prosody in LI-questions is not a cue of the illocutionary force but it forms the sentence as an autonomous prosodic unit and designates the non-illocutionary meanings: contrast and discourse continuity. The accent on the first accented word can be either rising, or falling without any reasonable difference in meaning. In questions with particle LI, particle LI preserves its Wackernagel parameters, while the host of the clitic in the majority of cases serves as the first, or the only one, accent-bearer of the sentence. However, in the context of contrast, the first accent-bearer can be placed to the right from LI. Within the discourse continuity, LI-questions have two accent-bearers, the first of them could be either rising, or falling, and, at the same time, either contrastive, or non-contrastive, while the second one ― is always the rising one.The prosodic patterns of LI-questions are exemplified here by spoken fragments taken from the Multimodal corpus of the Russian National corpus, and the minor working collection of the Russian speech recordings specifically set up for this investigation. The software program Praat was used in the process of analyzing the sounding data.
Добавил в систему: Янко Татьяна Евгеньевна

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