Multimodal Contextual Dialogue Breakdown Detection for Conversational AI Models
Detecting dialogue breakdown in real time is critical for conversational AI systems, because it enables taking corrective action to successfully complete a task. In spoken dialog systems, this breakdown can be caused by a variety of unexpected situations including high levels of background noise, causing STT mistranscriptions, or unexpected user flows. In particular, industry settings like healthcare, require high precision and high flexibility to navigate differently based on the conversation history and dialogue states. This makes it both more challenging and more critical to accurately detect dialog breakdown. To accurately detect breakdown, we found it requires processing audio inputs along with downstream NLP model inferences on transcribed text in real time. In this paper, we introduce a Multimodal Contextual Dialogue Breakdown (MultConDB) model. This model significantly outperforms other known best models by achieving an F1 of 69.27.
Code (0)
등록된 구현이 없습니다.
Tasks
NavigateSimilar Papers 제목 키워드 기반
Improving Dialogue Breakdown Detection with Semi-Supervised Learning
Building user trust in dialogue agents requires smooth and consistent dialogue exchanges. However, agents can easily lose conversational context and generate irrelevant utterances. These situations are called dialogue br…
Data AugmentationA Co-Attentive Cross-Lingual Neural Model for Dialogue Breakdown Detection
Ensuring smooth communication is essential in a chat-oriented dialogue system, so that a user can obtain meaningful responses through interactions with the system. Most prior work on dialogue research does not focus on p…
Language ModelingLanguage ModellingWord EmbeddingsIdentifying Breakdowns in Conversational Recommender Systems using User Simulation
We present a methodology to systematically test conversational recommender systems with regards to conversational breakdowns. It involves examining conversations generated between the system and simulated users for a set…
Conversational RecommendationDiagnosticUser SimulationICON: Interactive Conversational Memory Network for Multimodal Emotion Detection
Emotion recognition in conversations is crucial for building empathetic machines. Present works in this domain do not explicitly consider the inter-personal influences that thrive in the emotional dynamics of dialogues. …
Emotion RecognitionEmotion Recognition in ConversationGeneral ClassificationMultimodal Emotion Recognition+1"Mm, Wat?" Detecting Other-initiated Repair Requests in Dialogue
Maintaining mutual understanding is a key component in human-human conversation to avoid conversation breakdowns, in which repair, particularly Other-Initiated Repair (OIR, when one speaker signals trouble and prompts th…