This document lists the steps needed to create the CNN-LSTM model and Evaluate the result in: .
Hand Gesture Recognition system development used CRISP-ML as a process model for the machine learning application lifecycle. The table shown below contains all the project files related to activities performed in the lifecycle of the HGR system.
Activity | Branch | File |
---|---|---|
Data preparation (sEMG spectrogram generation) | StaticModel | spectogramDatasetGeneration.py |
Data preparation (quaternion spectrogram generation) | DynamicModel | spectogramDatasetGenerationQuat.py |
Individual modeling and evaluation (static gesture model) | StaticModel | staticModel.py |
Individual modeling and evaluation (dynamic gesture model) | DynamicModel | dynamicModel.py |
Individual modeling and evaluation (switch classifier) | SwitchModel | switchModel.py |
Evaluation App (generation of JSON ) | EvaluationApp | evaluationApp.py |