نوضح القدرات المعتدلة لنظام روبوت الاستماع اليقظ متعدد الأحزاب عندما يتحدث عدة أشخاص في المنعطفات.نظام الاستماع اليقظي التقليدي الخاص بنا يولد ردود المستمع مثل Backchannels، وكرر، وتفصيل الأسئلة، والتقييمات.في هذه الورقة، فإن ردود الروبوت الإضافية التي تحفز مستخدم الاستماع (مشارك جانبي) لتصبح أكثر مشاركة في الحوار.الردود الإضافية تثير التقييمات والأسئلة من المشاركين الجانبي، مما يجعل الحوار أكثر تعاطفا وحيوية.
We demonstrate the moderating abilities of a multi-party attentive listening robot system when multiple people are speaking in turns. Our conventional one-on-one attentive listening system generates listener responses such as backchannels, repeats, elaborating questions, and assessments. In this paper, additional robot responses that stimulate a listening user (side participant) to become more involved in the dialogue are proposed. The additional responses elicit assessments and questions from the side participant, making the dialogue more empathetic and lively.
References used
https://aclanthology.org/
In this work, we develop a dataset for incremental temporal summarization in a multiparty dialogue. We use crowd-sourcing paradigm with a model-in-loop approach for collecting the summaries and compare the data with the expert summaries. We leverage
Multi-party dialogue machine reading comprehension (MRC) brings tremendous challenge since it involves multiple speakers at one dialogue, resulting in intricate speaker information flows and noisy dialogue contexts. To alleviate such difficulties, pr
We present a comprehensive survey of available corpora for multi-party dialogue. We survey over 300 publications related to multi-party dialogue and catalogue all available corpora in a novel taxonomy. We analyze methods of data collection for multi-
Emotion recognition in multi-party conversation (ERMC) is becoming increasingly popular as an emerging research topic in natural language processing. Prior research focuses on exploring sequential information but ignores the discourse structures of c
Most robotic industries depend on using (servo motors) and (stepper
motors) orcontinuous current motors (DC motors) for movement
transition, which increases the cost and complicates the robot’s
controlling process, as well as its driving circuits.