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Jakub edited this page Sep 4, 2018
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- Here, we document our work and explain some details regarding techniques used.
- Step by step installation π₯οΈ
link to code | name | CV | LB | link to description |
---|---|---|---|---|
solution 1 | chestnut π° | ? | 0.742 | LightGBM and basic features |
solution 2 | seedling π± | ? | 0.747 | Sklearn and XGBoost algorithms and groupby features |
solution 3 | blossom πΌ | 0.7840 | 0.790 | LightGBM on selected features |
solution 4 | tulip π· | 0.7905 | 0.801 | LightGBM with smarter features |
solution 5 | sunflower π» | 0.7950 | 0.804 | LightGBM clean dynamic features |
solution 6 | four leaf clover π | 0.7975 | 0.806 | Stacking by feature diversity and model diversity |
- Interest rate feature * *
- Adding PCA, T-SNE, Denoising autoencoders * for feature extraction *
- Build model to fill NaN's
- Dedicate more time for neural networks like RNN, 1-D Convolution for time series *
- Using oof prediction from experiments evaluated by grid/random/bayesian search *
- Trust your CV!
check our GitHub organization https://github.com/neptune-ml for more cool stuff π
Kamil & Kuba, core contributors
- chestnut π°: LightGBM and basic features
- seedling π±: Sklearn and XGBoost algorithms and groupby features
- blossom πΌ: LightGBM on selected features
- tulip π·: LightGBM with smarter features
- sunflower π»: LightGBM clean dynamic features
- four leaf clover π: Stacking by feature diversity and model diversity