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[NeurIPS'26] S&P: A hierarchical graph learning framework bridging GNN expressiveness and scalability.

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S&P: Towards Scalable and Powerful Graph Learning with Hierarchical Structural Acquisition

GPLv3 License

This is the official implementation of the paper "S&P: Towards Scalable and Powerful Graph Learning with Hierarchical Structural Acquisition".

Quickstart

  1. Configure hyper-parameters

    Edit config.yaml to set dataset names, model structure, and training options.

  2. Preprocess data

    Generate structural features and serialized .pt artifacts:

    python preprocess.py --dataset <dataset_name>

    Outputs are saved to processed/<dataset>_*.pt based on the configuration flags.

  3. Train and evaluate

    python main.py --dataset <dataset_name>

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[NeurIPS'26] S&P: A hierarchical graph learning framework bridging GNN expressiveness and scalability.

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