A multi-level attention network fusing text, audio, and video features achieves lower RMSE than the AVEC 2019 baseline for PHQ-8 depression prediction on the development split, while the hidden test split was used only for the text-only model.
openXBOW - Introducing the Passau Open-Source Crossmodal Bag-of-Words Toolkit
1 Pith paper cite this work. Polarity classification is still indexing.
abstract
We introduce openXBOW, an open-source toolkit for the generation of bag-of-words (BoW) representations from multimodal input. In the BoW principle, word histograms were first used as features in document classification, but the idea was and can easily be adapted to, e.g., acoustic or visual low-level descriptors, introducing a prior step of vector quantisation. The openXBOW toolkit supports arbitrary numeric input features and text input and concatenates computed subbags to a final bag. It provides a variety of extensions and options. To our knowledge, openXBOW is the first publicly available toolkit for the generation of crossmodal bags-of-words. The capabilities of the tool are exemplified in two sample scenarios: time-continuous speech-based emotion recognition and sentiment analysis in tweets where improved results over other feature representation forms were observed.
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Multi-level Attention network using text, audio and video for Depression Prediction
A multi-level attention network fusing text, audio, and video features achieves lower RMSE than the AVEC 2019 baseline for PHQ-8 depression prediction on the development split, while the hidden test split was used only for the text-only model.