**OLD** cours 1 EIDI - introduction aux systèmes de dialogue
Support de cours
Introduction aux systèmes de dialogue
Quelques Références
- Système orienté tâche
- Gestionnaire de dialogue
- Dialogue conversationnel
- Évaluation
- En lien avec le projet
- Quelques tutos et cours intéressants
Système orienté tâche
Compréhension (NLU)
- Hahn et al., Comparing stochastic approaches to spoken language understanding in multiple languages. TALSP 2010. PDF
- Yao et al., Spoken language understanding using long short-term memory neural networks. SLT 2014. PDF
- Mesnil et al., Using Recurrent Neural Networks for Slot Filling in Spoken Language Understanding. TASLP 2015. PDF
- Guo et al., Joint semantic utterance classification and slot filling with recursive neural networks. SLT 2014. PDF
- Zhang et al., A Joint Model of Intent Determination and Slot Filling for Spoken Language Understanding. IJCAI 2016. PDF
- Villaneau et Antoine, Categorials grammars used to partial parsing of spoken language. CG 2004. PDF
- Galibert, pproaches and methodologies for automatic Question-Answering in an open-domain, interactive setup. PhD thesis, Paris Sud. 2009. PDF
- Campillos Llanos et al., Managing Linguistic and Terminological Variation in a Medical Dialogue System. LREC 2016. PDF
- Glass et al., Multilingual spoken-language understanding in the MIT Voyager system. Speech Communication 17, 1995. PDF
Compréhension contextuelle
- Traum et Larsson, The information state approach to dialogue management. In “Current and new directions in discourse and dialogue”, Springer 2003.
- Hori et al., Context sensitive spoken language understanding using role dependent lstm layers. Machine Learning for SLU Interaction NIPS 2015 Workshop 2015. PDF
- Chen et al., End-to-End Memory Networks with Knowledge Carryover for Multi-Turn Spoken Language Understanding. Interspeech 2016. PDF
Gestionnaire de dialogue
- Henderson, Machine learning for dialog state tracking: A review. Machine Learning in Spoken Language Processing Workshop, 2015. PDF
- Larsson et Traum, Information state and dialogue management in the TRINDI dialogue move engine toolkit. Natural language engineering 6, 2000. PDF
- Young et al., The hidden information state approach to dialog management. ICASSP, 2007. PDF
- Thomson et Young, Bayesian update of dialogue state: A POMDP framework for spoken dialogue systems. CSL 24:4, 2010. PDF
- Metallinou et al., Discriminative state tracking for spoken dialog systems. SIGDIAL, 2013. PDF
- Henderson et al., Deep neural network approach for the dialog state tracking challenge. SIGDIAL, 2013. PDF
- Young, Using POMDPs for dialog management. SLT, 2006. PDF
- Sutton et Barto, Reinforcement learning: An introduction. MIT Press. PDF
- Schatzmann et al., A survey of statistical user simulation techniques for reinforcement-learning of dialogue management strategies. The knowledge engineering review 21:2, 2006. PDF
- Wen et al., A Network-based End-to-End Trainable Task-oriented Dialogue System. EACL 2017. PDF
- Williams et al., Hybrid Code Networks: practical and efficient end-to-end dialog control with supervised and reinforcement learning. ACL 2017. PDF
Génération
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Rambow et al., Natural language generation in dialog systems. HLT 2001. PDF
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Mairesse et al., Phrase-based statistical language generation using graphical models and active learning. ACL 2010. PDF
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Dethlefs et al., Conditional Random Fields for Responsive Surface Realisation using Global Features. ACL, 2013. PDF
Dialogue conversationnel
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Banchs et Li, {IRIS}: a chat-oriented dialogue system based on the vector space model. ACL 2012. PDF
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Gandhe et Traum, Surface text based dialogue models for virtual humans. SigDial 2013. PDF
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Lowe et al., The ubuntu dialogue corpus: A large dataset for research in unstructured multi-turn dialogue systems. SigDial 2015. PDF
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Ameixa et al., {I} am your father: dealing with out-of-domain requests by using movies subtitles. IVA 2014. PDF
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Nio et al., Developing non-goal dialog system based on examples of drama television. In: Natural {Interaction} with {Robots}, {Knowbots} and {Smartphones}, pp. 355–361. Springer. PDF
Évaluation
Corpus
- Bonneau-Maynard et al., Results of the French Evalda-Media evaluation campaign for literal understanding. LREC 2006. PDF
- Dialog State Tracking Challenges Website
- Schmitt et al., A parameterized and annotated spoken dialog corpus of the cmu let’s go bus information system. LREC, 2012. PDF
Méthodologie, expériences et systèmes orientés tâche
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Dybkjaer et al., Evaluation and usability of multimodal spoken language dialogue systems. Speech Communication, 2004. PDF
- Walker et al., Paradise: a framework for evaluating spoken dialogue agents. EACL, 1997. PDF
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Hone et Graham, Towards a tool for the subjective assessment of speech system interfaces (sassi). Natural Language Engineering 6, 2000. PDF
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Schmitt et al., WITcHCRafT: A Workbench for Intelligent exploraTion of Human ComputeR conversaTions. LREC, 2010. PDF
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Witt, A global experience metric for dialog management in spoken dialog systems. SemDial 2011. PDF
- Higashinaka et al., Towards taxonomy of errors in chat-oriented dialogue systems. SigDial 2015. PDF
Méthodologie pour systèmes conversationnels
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Liu et al., How NOT To Evaluate Your Dialogue System: An Empirical Study of Unsupervised Evaluation Metrics for Dialogue Response Generation. EMNLP 2016. PDF
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Dubuisson Duplessis et al., Purely Corpus-based Automatic Conversation Authoring. LREC, 2016. PDF
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Charras et al., Comparing System-response Retrieval Models for Open-domain and Casual Conversational Agent. In WOCHAT workshop, IVA, 2016. PDF
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Lowe et al., Towards an Automatic Turing Test: Learning to Evaluate Dialogue Responses. ACL 2017. PDF
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Dubuisson Duplessis et al., Utterance Retrieval based on Recurrent Surface Text Patterns. ECIR 2017. PDF
En lien avec le projet
- Athavale et al., Towards Deep Learning in Hindi NER: An approach to tackle the Labelled Data Scarcity. ICON 2016. PDF
- Lavergne et al., Practical very large scale CRFs. ACL 2010 PDF
Quelques tutos et cours intéressants
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Chen et al., Deep Learning for Dialogue Systems
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Franck Keller, Cours Univ. Edinburgh. Natural Language Understanding. Lecture 13. Long Short-term Memory
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Sam Bowman, Department of Linguistics and NLP Group Stanford University. Neural networks for natural language understanding