3260 papers • 126 benchmarks • 313 datasets
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Using a previously published ANN model yielding state-of-the-art results for dialog act classification, it is demonstrated that optimizing hyperparameters using GP further improves the results, and reduces the computational time by a factor of 4 compared to a random search.
A novel probabilistic method of utterance representation is presented and a RNN sentence model for out-of-context DA Classification is described and generated from keywords selected for their frequency association with certain DA’s.
An utterance-level attention-based bidirectional recurrent neural network (Utt-Att-BiRNN) model to analyze the importance of preceding utterances to classify the current one and to show that context-based learning not only improves the performance but also achieves higher confidence in the classification.
This paper derives formal privacy guarantees for general text transformation-based de-identification methods on the basis of Differential Privacy and measures the effect that different ways of masking private information in dialog transcripts have on a subsequent machine learning task.
The findings show that SGNNs are effective at capturing low-dimensional semantic text representations, while maintaining high accuracy, and extensive evaluation on dialog act classification shows significant improvement over state-of-the-art results.
It is found that viable input sequence lengths, and vocabulary sizes, can be much smaller than is typically used in DA classification experiments, yielding no significant improvements beyond certain thresholds, and in some cases the contextual sentence representations generated by language models do not reliably outperform supervised methods.
A novel model dubbed DARER is proposed, which first generates the context-, speaker- and temporal-sensitive utterance representations via modeling SATG, then conducts recurrent dual-task relational reasoning on DRTG, in which process the estimated label distributions act as key clues in prediction-level interactions.
This work proposes CPED, a large-scale Chinese personalized and emotional dialogue dataset, which consists of multi-source knowledge related to empathy and personal characteristic, to be widely adopted by the NLP community as a new open benchmark for conversational AI research.
This work proposes a novel approach focusing on inferring the TOD-Flow graph from dialogue data annotated with dialog acts, uncovering the underlying task structure in the form of a graph that better resembles human-annotated graphs compared to prior approaches.
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