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Epidemiology-aware Deep Learning for Infectious Disease Dynamics Prediction

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Folder Structures

This is the source code for CIKM 2023 short paper Epidemiology-aware Deep Learning for Infectious Disease Dynamics Prediction (Mutong Liu, Yang Liu, and Jiming Liu) and the compared baselines. This package include four folders:

How to Run

Experiments for Epi-CNNRNN-Res

To reproduce the experimental results, please run the following command under the path ./DL4Epi-master-Epi/:

bash ./sh/grid_CNNRNN_Res_epi.sh ./data/us_hhs/data.txt ./data/us_hhs/ind_mat.txt hhs 1

To check the experimental results, please run:

python log_parser.py

Experiments for Epi-Cola-GNN

To reproduce the experimental results, please run the following command under the path ./colagnn-master-Run-Epi/src/:

bash ./grid_ColaGNN_epi.sh us_hhs us_hhs-adj hhs cola_gnn_epi

To check the experimental results, please run:

python log_parser.py

Experiments for CNNRNN-Res

To reproduce the experimental results, please run the following command under the path ./DL4Epi-master/:

bash ./sh/grid_AR.sh ./data/us_hhs/data.txt hhs 1
bash ./sh/grid_GAR.sh ./data/us_hhs/data.txt hhs 1
bash ./sh/grid_VAR.sh ./data/us_hhs/data.txt hhs 1
bash ./sh/grid_CNNRNN_Res2.sh /data/us_hhs/data.txt ./data/us_hhs/ind_mat.txt hhs 1

To check the experimental results, please run:

python log_parser.py

Experiments for Cola-GNN

To reproduce the experimental results, please run the following command under the path ./colagnn-master-Run/src/:

bash ./grid_ColaGNN.sh us_hhs us_hhs-adj hhs

To check the experimental results, please run:

python log_parser.py

Citation

Mutong Liu, Yang Liu, and Jiming Liu. 2023. Epidemiology-aware Deep Learning for Infectious Disease Dynamics Prediction. In Proceedings of the 32nd ACM International Conference on Information and Knowledge Management (CIKM ’23), October 21–25, 2023, Birmingham, United Kingdom. ACM, New York, NY, USA, 5 pages. https://doi.org/10.1145/3583780.3615139

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Source code for the CIKM2023 short paper "Epidemiology-aware Deep Learning for Infectious Disease Dynamics Prediction".

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