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MultiWOZ 2.2 : A Dialogue Dataset with Additional Annotation Corrections and State Tracking Baselines
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MultiWOZ is a well-known task-oriented dialogue dataset containing over 10,000 annotated dialogues spanning 8 domains. It is extensively used as a benchmark for dialogue state tracking. However, recent works have reported presence of substantial noise in the dialogue state annotations. MultiWOZ 2.1 identified and fixed many of these erroneous annotations and user utterances, resulting in an improved version of this dataset. This work introduces MultiWOZ 2.2, which is a yet another improved version of this dataset. Firstly, we identify and fix dialogue state annotation errors across 17.3% of the utterances on top of MultiWOZ 2.1. Secondly, we redefine the ontology by disallowing vocabularies of slots with a large number of possible values (e.g., restaurant name, time of booking). In addition, we introduce slot span annotations for these slots to standardize them across recent models, which previously used custom string matching heuristics to generate them. We also benchmark a few state of the art dialogue state tracking models on the corrected dataset to facilitate comparison for future work. In the end, we discuss best practices for dialogue data collection that can help avoid annotation errors.
Forward citations
Cited by 4 Pith papers
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Empowering LLMs in Task-Oriented Dialogues: A Domain-Independent Multi-Agent Framework and Fine-Tuning Strategy
A three-agent domain-independent framework with distribution-balanced DPO training reaches Combined 106.3 on MultiWOZ 2.2 with Qwen2.5-7B, the best score among the compared baselines.
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The Behavior Gap: Evaluating Zero-shot LLM Agents in Complex Task-Oriented Dialogs
Zero-shot LLM agents diverge from human experts in dialog acts, tool usage, and knowledge synthesis; this behavior gap widens with task complexity and correlates with lower task performance.
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Multi-Intent Recognition in Dialogue Understanding: A Comparison Between Smaller Open-Source LLMs
On MultiWOZ 2.1 multi-intent classification, Mistral-7B-v0.1 beats Llama-2-7B and Yi-6B in few-shot prompting (weighted F1 0.50), while supervised BERT remains far stronger (F1 0.92).
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MAPS: Modeling Co-Existing Subjective Perspectives and Shared Meaning in Multi-Agent Cognitive Dialogue
MAPS combines hand-coded domain weights, a GRU memory, and attention to let dialogue agents keep distinct subjective profiles while their hidden states are trained to move closer together.
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