other,3-1-P03-1070,ak annotation </term> . We investigate the <term> verbal and nonverbal means </term> for <term> grounding </term> , and propose
other,8-1-P03-1070,ak verbal and nonverbal means </term> for <term> grounding </term> , and propose a design for <term> embodied
tech,15-1-P03-1070,ak grounding </term> , and propose a design for <term> embodied conversational agents </term> that relies on both kinds of <term>
other,24-1-P03-1070,ak </term> that relies on both kinds of <term> signals </term> to establish <term> common ground </term>
other,2-2-P03-1070,ak human-computer interaction </term> . We analyzed <term> eye gaze </term> , <term> head nods </term> and <term> attentional
other,5-2-P03-1070,ak We analyzed <term> eye gaze </term> , <term> head nods </term> and <term> attentional focus </term>
other,3-3-P03-1070,ak direction-giving task . The distribution of <term> nonverbal behaviors </term> differed depending on the type of
other,11-3-P03-1070,ak </term> differed depending on the type of <term> dialogue move </term> being grounded , and the overall
tech,8-4-P03-1070,ak Based on these results , we present an <term> ECA </term> that uses <term> verbal and nonverbal
other,11-4-P03-1070,ak present an <term> ECA </term> that uses <term> verbal and nonverbal grounding acts </term> to update <term> dialogue state </term>
other,18-4-P03-1070,ak nonverbal grounding acts </term> to update <term> dialogue state </term> . An empirical comparison of <term>
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