ESR8’s project focuses on the interaction between (i) discourse units, (ii) discourse alignment, and (iii) discourse processing in conversation. It aims to establish whether alignment applies to the building blocks of conversational turns, beyond the level of words and phrases. Syntactic, prosodic and pragmatic components are known to be involved in the Turn-Constructional Unit (TCU), but the interaction between these three components has not been investigated in a systematic way. Recent empirical work at UCL has aimed at clarifying the syntax-prosody interaction through the concept of Basic Discourse Unit, and has revealed that about 40\% of BDUs are “congruent” (one-to-one syntactic-prosodic unit correspondence), whilst the syntax-prosody combination depends in the remainder of cases on the degree of discourse preparation, ranging from highly prepared (e.g., newsreading) to highly spontaneous. ESR8 will endeavor to better understand the role of BDUs in discourse alignment and discourse processing. The goals will be (1) to establish to what extent syntax+prosody units correspond to complete pragmatic units; (2) to determine to what extent speakers align their types of BDU (congruent vs non-congruent) in conversation; (3) to experimentally test the effect of different types of syntactic-prosodic-pragmatic completions on the process of discourse comprehension and turn-ending projection.
Provide a novel and detailed characterization of alignment at the basic discourse unit level, as a function of the communicative situation.
Based in Louvain-la-Neuve, Belgium
Full-time three-year contract, starting September 2020
PhD enrolment at: Université catholique de Louvain
Main supervisor’s institution: Université catholique de Louvain
Main supervisor: Prof Liesbeth Degand
- Aix-Marseille University: modelling the overall sequence organization of activities within conversation, and development of an annotation protocol (5 months);
- Orange Labs, Lannion: to carry out experiments with conversational systems; to identify common points and differences between the results obtained for finalized human-machine dialogues vs other types of dialogues; to determine the usability of the results for modelling the architecture of a conversational system (5,5 months).
- Aix-Marseille University, France
- Orange Labs, Lannion, France