
Developed the ECCC Downscaling Framework and Tutorial Suite for the IBM/terratorch repository, delivering an end-to-end solution for processing and modeling ECCC data. The work encompassed building a robust data ingestion pathway, a reusable datamodule, and a model factory, all integrated with configurable training workflows using YAML-based configuration management. Leveraging Python, PyTorch, and Jupyter Notebook, the developer provided an example notebook that guides users from data loading through model evaluation. Updates included improved argument handling, clearer error instructions, and streamlined dependency management, addressing reliability and onboarding challenges while standardizing training pipelines for reproducible machine learning experiments with ECCC data.
April 2025 performance highlights for IBM/terratorch: Delivered the ECCC Downscaling Framework and Tutorial Suite, enabling end-to-end processing of ECCC data and reproducible experiments. Implemented a data ingestion pathway, a reusable datamodule, a model factory, and configurable training workflows with dedicated configs. Added an end-to-end example notebook to demonstrate usage from data ingest to model evaluation. Fixed key reliability issues (argument handling, error instructions) and updated dependencies (granite-wxc) with a static data download link to streamline onboarding. The work closes a critical capability gap, accelerates user onboarding, and improves consistency across experiments.
April 2025 performance highlights for IBM/terratorch: Delivered the ECCC Downscaling Framework and Tutorial Suite, enabling end-to-end processing of ECCC data and reproducible experiments. Implemented a data ingestion pathway, a reusable datamodule, a model factory, and configurable training workflows with dedicated configs. Added an end-to-end example notebook to demonstrate usage from data ingest to model evaluation. Fixed key reliability issues (argument handling, error instructions) and updated dependencies (granite-wxc) with a static data download link to streamline onboarding. The work closes a critical capability gap, accelerates user onboarding, and improves consistency across experiments.

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