• Python>=3.7.1
• tensorflow>=2.1.0
• opencv-python>=4.2.0
• dlib
• moviepy>=1.0.1
• numpy>=1.18.1
• Pillow
• matplotlib
• tqdm
• pyDot
• seaborn
• scikit-learn
• imutils>=0.5.3

Note: All Dependencies can be found inside 'setup.py'

• GP DataSet/
  | --> align/
  | --> video/
  
• Videos-After-Extraction/
  | --> S1/
  | --> ....
  | --> S20/
• New-DataSet-Videos/
  | --> S1/
  | --> ....
  | --> S20/
• S1/
  | --> Adverb/
  | --> Alphabet/
  | --> Colors/
  | --> Commands/
  | --> Numbers/
  | --> Prepositions/

We use the GRID Corpus dataset which is publicly available at this link
You can download the dataset using our script: GridCorpus-Downloader.sh
which was adapted from the code provided here

To Download please run the following line of code in your terminal:
bash GridCorpus-Downloader.sh FirstSpeaker SecondSpeaker
where FirstSpeaker and SecondSpeaker are integers for the number of speakers to download

• NOTE: Speaker 21 is missing from the GRID Corpus dataset due to technical issues.

1. Run DatasetSegmentation.py
2. Run Pre-Processing/frameManipulator.py

• Model codes can be found in the directory "NN-Models"

• First you will need to change the common path value to the directory of your training and test data.

• Run Each network to start training.

• Early stopping was used to help stop the training of the model at its optimum validation accuracy.

• Resultant accuracies after training on the data can be found in: Project Accuracies

or in the following illustration:

All of our networks have the same architecture with the only
difference being the output layer, As shown in:

• Dataset preprocessing module
• Initial Convolutional Neural networks' architecture
• Facial detection algorithm
• Optimization of the networks' architectures
• Unittesting of project files
• Proper documentation for the whole project

MIT License