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Goblin AI is a library of deep learning models and datasets designed to make deep learning more accessible
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The ultimate goal of SEMI-AutoDL is to provide easily accessible deep learning tools to domain experts with limited data science or machine learning background
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Supported Ai-Goblin provides the visualization and tooling needed for Deep Learning experimentation (with VisDom)
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Supported Experiment with various deep learning methods using the JupyterLabs
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Each of the Deep Learning models is independent and simple to apply to the application
- Joint Attention Expansion Pyramid Network for Text Region Segmentation - (Called by JYP)
- Expansion Pyramid Network for high resolution face detection - (Called by Only-U)
- Re-Extraction-Network for Special Trace MAP - (Called by Argos-EYE)
- High Efficient non-lexicon
A
model for Korean Text Recognition - (Called by HELA-EYE)
- Graph-based Korean sentence summary algorithm - (Called by Cerberus Summary)
- Coming Soon :)
- Coming Soon :)
- Neural Language Processing Application Level - (Called by Quasar)
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Using
Cerberus Summary
(Graph-based Korean sentence summary algorithm) -
Using GB-pool with weighted convolution for large scale text Classification
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- Coming Soon :)
- A
VueJS
implementation of Quasar (Application of Goblin AI) - A
Flask
implementation of Rest API Server (Serving Goblin AI models) - A
Keras
implementation of GB-pool with weighted convolution for large scale text Classification - Fixed some bugs and typo
- A
pure pytorch
implementation of Korean Text Recognition - Implement lots of new methods and components
- Add inference result
- Add visualization mode
- Improving training model
- Custom CTC loss function
- A
pure pytorch
implementation of Joint Attention Expansion Pyramid Network for Text Region Segmentation - Add inference result
- Add visualization mode
- Improving training model (JYP)
- A
pure pytorch
implementation of Re-Extraction-Network for Special Trace MAP
- A
pure pytorch
implementation of Expansion Pyramid Network for high resolution face detection - Add inference result
- Improving training model (Only-U)
- Implementation of the Cerberus Summary using Python only
- Add the cerberus summary inference code
appreciate all contributions to improve goblin-ai
Please refer to CONTRIBUTING.md for the contributing guideline.
- Kyung Tae Kim (kt.kim@acm.org)