Modeling Norms of Turn-Taking in Multi-Party Conversation
Laskowski, Kornel

Article Structure

Abstract

Substantial research effort has been invested in recent decades into the computational study and automatic processing of multiparty conversation.

Introduction

Substantial research effort has been invested in recent decades into the computational study and automatic processing of multiparty conversation.

Data

Analysis and experiments are performed using the ICSI Meeting Corpus (J anin et al., 2003; Shriberg et al., 2004).

Conceptual Framework

3.1 Definitions

Direct Estimation of 6)

Direct application of bi gram modeling techniques, defined over the states is treated as a baseline.

Limitations and Desiderata

As the analyses in Section 4 reveal, direct estimation can be useful under oracle conditions, namely when all of a conversation has been observed and the task is to find intervals where multi-participant behavior deviates significantly from its conversation-specific norm.

The Extended-Degree-of-Overlap Model

The limitations of direct models appear to be addressable by a form proposed by Laskowski and Schultz in (2006) and (2007).

Experiments

This section describes the performance of the discussed models on the entire ICSI Meeting Corpus.

Discussion

The model perpleXities as reported above may be somewhat different if the “talk spurt” were replaced by a more sociolinguistically motivated definition of “turn”, but the ranking of models and their relative performance differences are likely to remain quite similar.

Conclusions

This paper has presented a framework for quantifying the turn-taking perplexity in multiparty conversations.

Topics

language modeling

Appears in 4 sentences as: language modeling (2) language models (2)
In Modeling Norms of Turn-Taking in Multi-Party Conversation
  1. The current work attempts to address this problem by proposing a simple framework, which, at least conceptually, borrows quite heavily from the standard language modeling paradigm.
    Page 1, “Introduction”
  2. In language modeling practice, one finds the likelihood P ( w | (9 of a word sequence w of length under a model (9, to be an inconvenient measure for comparison.
    Page 3, “Conceptual Framework”
  3. This makes it suitable for comparison of conversational genres, in much the same way as are general language models of words.
    Page 9, “Discussion”
  4. Accordingly, as for language models , density estimation in future turn-taking models may be im-
    Page 9, “Discussion”

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bigram

Appears in 3 sentences as: bigram (3) bigrams (1)
In Modeling Norms of Turn-Taking in Multi-Party Conversation
  1. To produce Figures 1 and 2, a small fraction of probability mass was reserved for unseen bigram transitions (as opposed to backing off to unigram probabilities).
    Page 6, “Limitations and Desiderata”
  2. The EDO model mitigates R-specificity because it models each bigram (qt_1, qt) 2 (8,, S j) as the modified bigram (m, [0ij,nj]), involving three scalars each of which is a sum — a commutative (and therefore rotation-invariant) operation.
    Page 7, “The Extended-Degree-of-Overlap Model”
  3. Excluding qt_1 2 qt bigrams (leading to 0.32M frames from 2.39M frames in “all”) offers a glimpse of expected performance differences were duration modeling to be included in the models.
    Page 8, “Experiments”

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