Bipolar Disorder (BD), a common but serious mental health issue, adversely affects the well-being of individuals, but there exist difficulties in the medical treatment, such as insufficient recognition and delay in the diagnosis. Automatic recognition of bipolar disorder, based on a multi-modal machine learning approach, could help early detection of bipolar disorder and provide an insight into the personalized treatment of bipolar patients. Therefore, this project aims to find the biological descriptors of treatment response and produce an automatic recognition system in bipolar disorder.
After building the multimodal framework for the BD classification, we consider it as a generalized framework for mental disorder recognition, not limited on BD. We then extend our work on E-DAIC dataset for depression detection task and the experimental results show effective feature learning and a promising application on other mental-related tasks. Our work was accepted the 15th IEEE International Conference on Automatic Face and Gesture Recognition with the title Multimodal Deep Learning Framework for Mental Disorder Recognition.
The proposed multi-modal framework is displayed as follows
where more information could refer to the dissertation in the folder paperwork
Before running the experiment, please
pip install -r requirements.txt
conda install --file requirements.txt
for building dependencies though conda
is more recommended
python main -h
python main --help
for project help
python main -b
python main --baseline
for baseline system in BD recognition
python main -x
python main --experiment
for proposed system in BD recognition
python main -v
python main --visualize
for visualization
The provided dataset is for the Bipolar Disorder Sub-Challenge (BDS) of the 8th Audio/Visual Emotion Challenge and Workshop (AVEC 2018): "Bipolar Disorder and Cross-cultural Affect". Under no circumstances is anyone allowed to share any part of this dataset with others, even close ones.
More explainable documents could be found in this repository, such as