3260 papers • 126 benchmarks • 313 datasets
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A new method for evaluating the readability of simplified sentences through pair-wise ranking, which correctly identifies the ranking of simplified and unsimplified sentences in terms of their reading level with an accuracy of over 80%, significantly outperforming previous results.
Evaluations on five different corpora in three different languages show that Deep Belief Networks (DBNs) offer better accuracy than previous approaches on cross-corpus emotion recognition, relative to a Sparse Autoencoder and Support Vector Machine (SVM) baseline system.
This study investigates the problem of cross-lingual emotion recognition for Urdu language and contributes URDU—the first ever spontaneous Urdu-language speech emotion database and suggests various interesting aspects for designing more adaptive emotion recognition system for such limited languages.
A novel policy, the “Zeta policy” tailored for SER is introduced and pre- training in deep RL is introduced to achieve a faster learning rate and support that pre-training can reduce training time and is robust to a cross-corpus scenario.
The Nonparametric Hierarchical Neural Network (NHNN), a lightweight hierarchical neural network model based on Bayesian nonparametric clustering, is proposed and it is shown that the NHNN models are able to learn group-specific features and bridge the performance gap between groups.
Transformer-based architectures are more robust compared to a CNN-based baseline and fair with respect to gender groups, but not towards individual speakers, and it is shown that their success on valence is based on implicit linguistic information, which explains why they perform on-par with recent multimodal approaches that explicitly utilise textual information.
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