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Team mission

Develop a domain agnostic deep learning for time series forecasting, classification, and anomaly detection framework and leverage it solve pressing problems in health, climate, agriculture, and other high impact humanitarian areas.

đź”— Project information

đź“‹ Roadmap overview

As explained above we have two major focuses: (1) general repository enhancements that can be applied to any time series problem and (2) vertical impact focus areas that can aim to tackle a specific issue (e.g. COVID spread, flash flood prediction…).

Sep2020OctNovDecJan2021FebMarAprMayJunClimate Paper Due NeuripsICML Paper Due
Core Repo
COVID-19
Climate

Feature 1

Feature 2

Meta-Data Model Enhancements

Benchmarking

Adding new models

COVID Model Finalization

COVID Dashboard Development

Feature 3

River flow dataset V1

🔍 Detailed quarterly roadmap

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Core Repository Focus Areas

Feature

Priority

Effort

Status

Notes

Adding new time series models/loss functions

MEDIUM

MEDIUM

IN PROGRESS

Leverage PyData Global Sprint

Meta-data incorporation

HIGH

HIGH

IN PROGRESS

Model Interpretability

HIGH

MEDIUM

IN PROGRESS

Increasing test coverage

HIGH

MEDIUM

IN PROGRESS

Good to get 3rd party review of training loops.

Documentation and tutorials

MEDIUM

MEDIUM

IN PROGRESS

Auto experimentation

LOW

HIGH

NOT STARTED

Cloud Provider Integration

MEDIUM

MEDIUM

IN PROGRESS

Application/Impact Focus Areas

Feature

Priority

Effort

Status

Notes

COVID County Dashboard

HIGH

HIGH

IN PROGRESS

Link to Slideshow

River flow dashboard

MEDIUM

HIGH

NOT STARTED

River flow open-source

MEDIUM

HIGH

IN PROGRESS

Research Focus Areas

Focus Area

Priority

Effort

Status

Notes

Incorporating meta-data in TS models

Transfer learning in time series application

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