Deep Learning for Dialogue Systems (C18-3)

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Challenge: Using deep learning to build robust and scalable spoken dialogue systems is still a challenging task.
Approach: tutorial focuses on an overview of dialogue system development . goal-oriented spoken dialogue systems are most prominent component in virtual personal assistants .
Outcome: This tutorial focuses on an overview of dialogue system development while summarizing the challenges.

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Deep Learning for Conversational AI (N18-6)

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Challenge: Spoken Dialogue Systems (SDS) have great commercial potential . the advent of deep learning has led to significant advances in this area of NLP research .
Approach: This tutorial will introduce researchers to the pipeline framework for modelling goal-oriented dialogue systems.
Outcome: This tutorial will familiarise researchers with the latest advances in spoken dialogue systems . the aim of the course is to encourage dialogue research in the NLP community .
Deep Chit-Chat: Deep Learning for ChatBots (D18-3)

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Challenge: tutorial focuses on building conversational models with deep learning approaches for chatbots.
Approach: This tutorial focuses on building conversational models with deep learning approaches for chatbots.
Outcome: The tutorial summarizes the fundamental challenges in modeling open domain dialogues . it also covers some new trends of research of chatbots - such as how to "control" conversations with specific information .
Knowledge-enhanced Response Generation in Dialogue Systems: Current Advancements and Emerging Horizons (2024.lrec-tutorials)

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Challenge: Knowledge-enhanced Dialogue Systems (KEDS) are a new approach to enhancing human-machine interaction through natural language.
Approach: This tutorial provides an in-depth exploration of Knowledge-enhanced Dialogue Systems (KEDS) it aims to elucidate their significance, highlight advances made using deep learning, and pinpoint the current challenges.
Outcome: The tutorial aims to give attendees a comprehensive understanding of KEDS, and highlight advances made using deep learning and pinpoint the current challenges.
Natural Language Processing for Multilingual Task-Oriented Dialogue (2022.acl-tutorials)

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Challenge: a tutorial will examine the challenges and gaps in multilingual ToD research . multilingual systems are difficult to build, and are limited to English and other languages .
Approach: This tutorial will discuss the importance of multilingual task-oriented dialogue systems . it will provide an overview of current research gaps, challenges and initiatives related to multilingual ToD systems - with a particular focus on their connections to current research and challenges in multilingual and low-resource NLP.
Outcome: This tutorial will provide an overview of current research gaps, challenges and initiatives related to multilingual ToD systems.
Data Collection and End-to-End Learning for Conversational AI (D19-2)

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Challenge: tutorial aims to familiarise research community with recent advances in statistical dialogue systems . focus of tutorial is on learning end-to-end from data and their relation to more common modular systems.
Approach: This tutorial aims to familiarise the research community with the latest advances in statistical dialogue systems . the focus of the tutorial is on recently introduced end-to-end learning for dialogue systems and their relation to more common modular systems.
Outcome: This tutorial aims to familiarise the research community with the recent advances in statistical dialogue systems for open-domain and task-based dialogue paradigms.
Recent Neural Methods on Slot Filling and Intent Classification for Task-Oriented Dialogue Systems: A Survey (2020.coling-main)

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Challenge: In recent years, neural-network based models have been used for a wide range of tasks, including slot filling and intent classification.
Approach: They propose three neural architectures to model slot filling and intent classification . they propose independent models, joint models and transfer learning models that exploit the mutual benefit of the two tasks simultaneously and scale the model to new domains.
Outcome: The proposed models model SF and IC separately, exploit mutual benefit of the two tasks simultaneously and scale the model to new domains.
Recent Trends in Personalized Dialogue Generation: A Review of Datasets, Methodologies, and Evaluations (2024.lrec-main)

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Challenge: Personalization is a multifaceted process that requires multiple definitions and varies between individuals.
Approach: They propose to systemically survey the recent landscape of personalized dialogue generation including the datasets employed, methodologies developed, and evaluation metrics applied.
Outcome: The proposed model can generate fluent and coherent responses to human queries in a language-based conversational agent.
The AI Doctor Is In: A Survey of Task-Oriented Dialogue Systems for Healthcare Applications (2022.acl-long)

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Challenge: Task-oriented dialogue systems have been surveyed in the medical community from a non-technical perspective, but a systematic review from . a rigorous computational perspective has to date remained noticeably absent.
Approach: They analyze 4070 papers on task-oriented dialogue systems for healthcare applications and identify gaps in their analysis.
Outcome: The proposed system-level implementation details remain limited or underspecified, slowing the pace of innovation in this area.
Beyond Candidates : Adaptive Dialogue Agent Utilizing Persona and Knowledge (2023.findings-emnlp)

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Challenge: a previous study suggested that human dialogue systems ground persona and knowledge but they require incomplete candidate sets.
Approach: They propose an adaptive dialogue agent that uses persona and knowledge without candidate sets . their model generates consistent and relevant persona descriptions and identifies relevant knowledge .
Outcome: The proposed model outperforms baselines that ground persona and knowledge candidates even with fragmentary information.
DialogSum: A Real-Life Scenario Dialogue Summarization Dataset (2021.findings-acl)

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Challenge: Experimental results show unique challenges in dialogue summarization such as spoken terms, special discourse structures, coreferences and ellipsis, pragmatics and social common sense.
Approach: They propose a large-scale labeled dialogue summarization dataset . they use state-of-the-art neural models to analyze spoken dialogue summaries .
Outcome: The proposed dataset can be used to analyze spoken dialogue summarization challenges.

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