arXiv:1904.09491
공식 코드 · Papers with Code
Energy-based Self-attentive Learning of Abstractive Communities for Spoken Language Understanding
원문 초록
Abstractive community detection is an important spoken language understanding task, whose goal is to group utterances in a conversation according to whether they can be jointly summarized by a common abstractive sentence. This paper provides a novel approach to this task. We first introduce a neural contextual utterance encoder featuring three types of self-attention mechanisms. We then train it using the siamese and triplet energy-based meta-architectures. Experiments on the AMI corpus show that our system outperforms multiple energy-based and non-energy based baselines from the state-of-the-art. Code and data are publicly available.
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Unsupervised Deep Clustering of MNIST with Triplet-Enhanced Convolutional Autoencoders
Strongly Consistent Community Detection in Popularity Adjusted Block Models
Learning-Augmented Hierarchical Clustering
Speaker Diarization with Overlapping Community Detection Using Graph Attention Networks and Label Propagation Algorithm
MRAEA: An Efficient and Robust Entity Alignment Approach for Cross-lingual Knowledge Graph
Extractive Multi-document Summarization using K-means, Centroid-based Method, MMR, and Sentence Position
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