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Improve dataset card: add task category, links, and usage

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Hi, I'm Niels from the community science team at Hugging Face. This PR improves the dataset card by:
- Adding the `time-series-forecasting` task category to the YAML metadata.
- Linking the dataset to the associated research paper on the Hugging Face Hub.
- Adding a link to the official GitHub repository.
- Adding a "Sample Usage" section with CLI commands found in the GitHub README for running meta-learning experiments using this corpus.

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  1. README.md +18 -4
README.md CHANGED
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  # TSCOMP Corpus
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  The TSCOMP (Time-Series Component-level Benchmarking) Corpus is a curated collection of evaluation results from systematic component-level experiments in deep multivariate time-series forecasting.
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  ## Overview
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  Each subdirectory in the archive corresponds to a downstream dataset (e.g., ECL, ETTh1, Exchange, weather). Within each dataset folder, individual experiment directories encode the full component configuration in their names, and **metrics.npy** contains the evaluation metrics for that run.
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- ## Source
 
 
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- This corpus is generated from the official TSCOMP project:
 
 
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- **https://github.com/SUFE-AILAB/TSCOMP**
 
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- For more details on the experimental framework and component taxonomy, please refer to the associated paper.
 
 
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  ## 📝 Citation
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+ ---
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+ task_categories:
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+ - time-series-forecasting
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+ ---
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+
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  # TSCOMP Corpus
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+ [Paper](https://huggingface.co/papers/2605.26562) | [GitHub](https://github.com/SUFE-AILAB/TSCOMP)
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+
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  The TSCOMP (Time-Series Component-level Benchmarking) Corpus is a curated collection of evaluation results from systematic component-level experiments in deep multivariate time-series forecasting.
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  ## Overview
 
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  Each subdirectory in the archive corresponds to a downstream dataset (e.g., ECL, ETTh1, Exchange, weather). Within each dataset folder, individual experiment directories encode the full component configuration in their names, and **metrics.npy** contains the evaluation metrics for that run.
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+ ## Sample Usage
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+
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+ The corpus is designed to be used for meta-learning. You can use the provided code in the GitHub repository to run experiments or extract features:
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+ ```bash
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+ # Run meta learning experiments
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+ python meta/run.py --mode simple --test_dataset ETTh2 --meta_model_type mlp
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+ # Extract meta-features for datasets
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+ python meta/meta_features/get_meta_features_LTF.py --meta_feature_type tabpfn
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+ # Apply meta selection to new datasets
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+ python meta/run_custom.py --new_dataset my_dataset --checkpoint_path <path> --new_dataset_path <csv_path> --scripts_root <scripts_dir>
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+ ```
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  ## 📝 Citation
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