See the colab developed by @firmai for an interactive experience.
2019 NeurIPS Submission Title: Time-series Generative Adversarial Networks Authors: Jinsung Yoon, Daniel Jarrett, Mihaela van der Schaar
Last Updated Date: May 29th 2019 Code Author: Jinsung Yoon ([email protected])
- Datasets (in Data Folder) (1) Google dataset
- GOOGLE_BIG.csv (2) Sine dataset
- Generated from data_loading.py
- Codes (1) data_loading.py
- Transform raw time-series data to preprocessed time-series data (Googld data)
- Generate Sine data
(2) Metrics Folder (a) visualization_metrics.py
- PCA and t-SNE analysis between Original data and Synthetic data (b) discriminative_score_metrics.py
- Use Post-hoc RNN to classify Original data and Synthetic data (c) predictive_score_metrics.py
- Use Post-hoc RNN to predict one-step ahead (last feature)
(2) tgan.py
- Use original time-series data as training set to generater synthetic time-series data
(3) main.py
- Replicate the performances of Table 2 and Figure 3 in the paper
- Report discriminative and predictive scores for each dataset and t-SNE and PCA analysis
- How to use? (1) In order to replicate the results in the paper
- Run main.py (with selecting the dataset)
(2) In order to achieve time-series synthetic dataset (Main objective of the paper)
- Run tgan.py
- Input original time-series data to achieve corresponding synthetic time-series data