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Task TS sits at the crossroads of a lot of interesting areas within epidemiology, machine learning, time-series forecasting, data analysis, and software engineering. We aim to provide value to the broader CoronaWhy organization and global AI4Good community in the following ways:
- Develop models that can effectively forecast new Coronavirus cases, deaths, and hospitalizations 14 days into the future. These can aid in public-policy decisions about when to look-down or open up specific counties. They can also inform hospitals of when to stock up on PPE.
- Use trained models to provide insights into virus transmission mechanics and utility of public policy interventions.
- Develop a central publicly available temporal data lake for Coronavirus that other epidemiologists and researchers can leverage.
- Develop models to help forecast the economic impact in terms of jobs and GDP of proposed interventions.
- If possible develop models to forecast patient length of stay in hospitals and risk of decompensation to aid in discharge planning and early warning systems for physicians.
(2) Epidemiology
- Demonstrate the utility of temporal machine learning as a broader tool for studying pandemics, spread of disease, and public health crises.
- Show how temporal machine learning models can help gauge the impact of public policy interventions.
(3) Machine Learning Research
- Develop few shot learning techniques for time series forecasting that can effectively train models to forecast on limited data.
- Devise multi-modal learning techniques that can effectively incorporate geo-spatial data and meta-data with temporal data.
- Cracking one the "black-box" and providing new ways to explain deep models.
- Figure out innovative ways to integrate traditional statistical time series methods with latest in DL research from NLP and CV.
(4) ML Ops
- Showcase experiment tracking and extendibility best practices with configuration files.
- Show template for proper unit tests and continuous deployment of packages and ML models to production.
- Demonstrate how versioned datasets enable completely reproducible results.
- Develop continuous retraining pipelines that automatically train and re-deploy top models as new data comes in.
(5) Data Science Teams
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Publications in top Machine Learning Conferences on novel time series forecasting models and few-shot learning methods
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Publications in top epidemiology journals on machine learning as methodological tool in studying COVID-19 and recommended interventions based on our model.
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Daily dashboard of expected Coronavirus cases, deaths, hospitalizations in all U.S. and Western European Counties with contributing factors listed.
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Task agnostic forecasting framework that can be leveraged to forecast time series problem.
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Geo-spatial/temporal data lake of COVID-19, SARS, MERs, Ebola and other related datasets persisted to Dataverse.
For more on our active projects please see our
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Pandemic Modeling
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Patient Forecasting (blocked due to lack of data)
If you have another time series task related to COVID-19 please let us know.
