Aspect-based Forecasting Accuracy
Project description
Model Radar 🎯
A framework for aspect-based evaluation of time series forecasting models based on Nixtla's ecosystem.
Overview
Model Radar introduces a novel aspect-based forecasting evaluation approach that goes beyond traditional aggregate metrics. Our framework enables:
- Fine-grained performance analysis across different forecasting aspects
- Better understanding of model behavior in varying conditions
- More informed model selection based on specific use case requirements
🚀 Getting Started
Check the notebooks folder for usage examples and tutorials.
Check ModelRadar-Experiments repository for a thorough application of ModelRadar.
Installation
You can install modelradar using pip:
pip install modelradar
[Optional] Installation from source
To install modelradar from source, clone the repository and run the following command:
git clone https://github.com/vcerqueira/modelradar
pip install -e modelradar
Prerequisites
Required dependencies:
utilsforecast==0.2.11
numpy==1.26.4
plotnine==0.14.5
⚠️ I've noticed some issues when running with more recent versions of numpy and utilsforecast. Try to use the versions above.
Examples
Besides the examples in the notebooks folder, here's some outputs you can get from modelradar:
- Spider chart with overview on several dimensions:
- Parallel coordinates chart with overview on several dimensions:
- Barplot chart controlling for a given variable (in this case, anomaly status):
- Grouped bar plot showing win/draw/loss ratios wrt different models:
📑 References
Cerqueira, V., Roque, L., & Soares, C. "Forecasting with Deep Learning: Beyond Average of Average of Average Performance." Discovery Science: 27th International Conference, DS 2024, Pisa, Italy, 2024, Proceedings 27. Springer International Publishing, 2024.
Check DS24 folder to reproduce the experiments published on this paper. The main repository and package contains an updated framework.
⚠️ WARNING
modelradar is in the early stages of development. The codebase may undergo significant changes. If you encounter any issues, please report them in GitHub Issues
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