It is argued in this paper that a multimodal analysis of turn-taking, one of the core areas of conversation analytic research, is needed and has to integrate gaze as one of the most central resources for allocating turns, and that new technologies are available that can provide a solid and reliable empirical foundation for this analysis. On the basis of eye-tracking data of spontaneous conversations, it is shown that gaze is the most ubiquitous next-speaker-selection technique. It can function alone or (...) enhance other techniques. I also discuss the interrelationship between the strength for sequential projection and the choice of next-speaker-selection techniques by a current speaker. The appropriate consideration of gaze leads to a revision of the turn-taking model in that it reduces the domain of self-selection and expands that of the current-speaker-selects-next sub-rule. It also has consequences for the analysis of “simultaneous starts”. (shrink)

The authors here promote the reintroduction of temporality into the description and analysis of spoken interaction. They argue that spoken words are, in fact, temporal objects and that unless linguists consider how they are delivered within the context of time, they will not capture the full meaning of situated language use. Their approach is rigorously empirical, with analyses of English, German, and Italian rhythm, all grounded in sequences of actual talk-in-interaction.

This volume suggests a novel treatment of context in the analysis of everyday interaction. On a theoretical level, it advocates a switch of focus from 'context' as a preestablished, monolithic category which constringes co-participants' verbal and nonverbal behaviour, to an active notion of 'contextualization': in order to make oneself understood, participants have to establish and maintain those shared contextual frames which in turn are relevant to the local interpretation of their verbal and nonverbal activities. On an empirical level, the volume (...) contains exemplary analyses that show how participants employ 'contextualization cues' of prosodic (rhythm, intonation, tempo, etc.) or nonverbal (gaze, gesture, etc.) nature in order to 'achieve context'.The volume is also an appraisal of the theory of contextualization developed by John Gumperz. In their contributions, researchers from various schools of research, such as conversation analysis, micro-ethnography, phonetics/phonology and metapragmatics, relate their work to this theory. (shrink)

Dieses Buch gibt anhand von 22 Autoren und 22 ihnen zugeordneten Begriffen einen Überblick über das heute vorhandene Grundlagenwissen zur sprachlichen Interaktionsanalyse. Die Auswahl der Autoren umfaßt neben Linguisten (z.B. Bühler, Benveniste) auch Klassiker der Soziologie (z.B. Weber, Sacks), der Kulturtheorie (z.B. Volosinov) und der Sprachphilosophie (z.B. Wittgenstein, Austin); dazu kommen wichtige Autoren aus jüngerer Zeit (z.B. Bourdieu, Luckmann, Hymes, Geertz). Trotz dieser interdisziplinären Orientierung bleibt der Bezug auf sprachwissenschaftliche Fragestellungen erhalten. Das Spektrum der Grundbegriffe umfaßt Konzepte wie "Handeln", "Sprechakt", (...) "Kultur", "Intertextualität", "Subjektivität", "Performanz" und "Gattung". (shrink)

The linguistic complexity of words has largely been studied on the behavioral level and in experimental settings. Only little is known about the neural processes underlying it in uninstructed, spontaneous conversations. We built up a multimodal neurolinguistic corpus composed of synchronized audio, video, and electrocorticographic (ECoG) recordings from the fronto-temporo-parietal cortex to address this phenomenon based on uninstructed, spontaneous speech production. We performed extensive linguistic annotations of the language material and calculated word complexity using several numeric parameters. We orthogonalized the (...) parameters with the help of a linear regression model. Then, we correlated the spectral components of neural activity with the individual linguistic parameters and with the residuals of the linear regression model, and compared the results. The proportional relation between the number of consonants and vowels, which was the most informative parameter with regard to the neural representation of word complexity, showed effects in two areas: the frontal one was at the junction of the premotor cortex, the prefrontal cortex, and Brodmann area 44. The postcentral one lay directly above the lateral sulcus and comprised the ventral central sulcus, the parietal operculum and the adjacent inferior parietal cortex. Beyond the physiological findings summarized here, our methods may be useful for those interested in ways of studying neural effects related to natural language production and in surmounting the intrinsic problem of collinearity between multiple features of spontaneously spoken material. (shrink)