This paper presents a novel scalable framework for multi-domain dialogue state tracking that leverages the pretrained BERT model to achieve zero-shot generalization, making it easy to quickly adapt to new domains without additional training.
Abstract
Dialogue state tracking (DST) is one of the core components in task-oriented dialogue systems. At each turn in a conversation, DST estimates the user belief or dialogue state, which is used as input for downstream modules to predict system actions and generate responses. The increasingly popular dialogue system applications like Google Assistant, Siri and Alexa need to support a large number of services and APIs, resulting in growing attention to the scalability of such systems. Especially for some domains with little or no training data, the capability of transferring existing knowledge of other domains is highly desired. In this paper, we present a novel scalable framework for multi-domain dialogue state tracking. The proposed system leverages the pretrained BERT model to achieve zero-shot generalization, making it easy to quickly adapt to new domains without additional training. The performance of our model is evaluated on recently released schema-based dialogue (SGD) dataset, showing significant improvement compared to previous baseline.
This work introduces IRWOZ 2.0, which addresses limitations through large language model (LLM) enhanced generation (Mistral/Claude-3.5) and quality refinements and expands the dataset to 390 dialogues across 4 industrial domains, featuring manual corrections and automated typo removal.
Latent-IM is introduced, an internal dialogue-management framework that provides a general interface for choosing and deploying conversational moves under different objectives and is used to reproduce human move choices, improving average end-to-end move accuracy by 12.5 points over the unsteered backbone while perform...
Adar Avsian, Atahan Dokme, Tony Woo et al.· arXiv.org· 0 citations
Experiments on MultiWOZ 2.1 show that the proposed RLHF approach consistently improves corpus‐based evaluation over supervised baselines, while simulator‐based effects remain mixed and backbone‐dependent.
A frame-synchronous turn state head that operates in parallel with the ASR head on shared streaming representations, jointly predicting ASR tokens and fine-grained turn states at the frame level is introduced.
Kaiqi Fu, Rime Wen, Altman Lin et al.· 4 citations
Experiments with six LLAMA and MISTRAL models show that LoRA substantially improves dialogue generation while requiring only 25-50% of the training data to recover over 90% of the final performance gains, and zero-shot evaluation with frontier LLMs shows that TalkFa remains a challenging benchmark.
Neda Jamshidi, Kamyar Zeinalipour, F. Akbari et al.· 0 citations
This work discovers persona-centric metamorphic relations to infer test samples from annotated data, without additional annotation cost, and evaluates the robustness of personalized dialogue models regarding persona consistency, revealing that prompt learning is more robust than training from scratch and fine-tuning.
Lin Li, Xiaohua Wu, Yanbing Chen et al.· Cognitive Computation· 0 citations
We use cookies to run the site and, with your consent, for analytics and to show ads.
See our Cookie Policy.