Predicting the Time Until a Vehicle Changes the Lane Using LSTM-Based Recurrent Neural Networks

Phenotyping of Clinical Time Series with LSTM Recurrent Neural Networks

We present a novel application of LSTM recurrent neural networks to multilabel classification of diagnoses given variable-length time series of clinical measurements. Our method outperforms a strong baseline on a variety of metrics.

Unsupervised Learning in LSTM Recurrent Neural Networks

Definition Extraction with LSTM Recurrent Neural Networks

Definition extraction is the task to identify definitional sentences automatically from unstructured text. The task can be used in the aspects of ontology generation, relation extraction and question answering. Previous methods use handcraft features generated from the dependency structure of a sentence. During this process, only part of the dependency structure is used to extract features, thu...

Abstract Meaning Representation Parsing using LSTM Recurrent Neural Networks

We present a system which parses sentences into Abstract Meaning Representations, improving state-of-the-art results for this task by more than 5%. AMR graphs represent semantic content using linguistic properties such as semantic roles, coreference, negation, and more. The AMR parser does not rely on a syntactic preparse, or heavily engineered features, and uses five recurrent neural networks ...

TTS synthesis with bidirectional LSTM based recurrent neural networks

Feed-forward, Deep neural networks (DNN)-based text-tospeech (TTS) systems have been recently shown to outperform decision-tree clustered context-dependent HMM TTS systems [1, 4]. However, the long time span contextual effect in a speech utterance is still not easy to accommodate, due to the intrinsic, feed-forward nature in DNN-based modeling. Also, to synthesize a smooth speech trajectory, th...