--- license: cc-by-4.0 tags: - pytorch - poolformer - multitask - wip --- # Working Poolformer implementation for Multitask ## Overview This repository is a compact, custom PyTorch implementation of **Poolformer** for **Multitask**. The **giant** configuration is intended for code review, smoke tests, and small controlled experiments rather than as a production-ready pretrained release. --- ## Repository status One Python module contains the model and a runnable example. Generated configuration lives in `config.json`; the recipe in `training_args.json`. The checkpoint is an initialization artifact and should not be read as a trained model. Scores are deliberately absent. --- ## Default experiment recipe Defaults: **novograd** optimizer, **step** schedule. Treat these as starting points; a real run should sweep learning rate and batch size before drawing conclusions. --- ## Limitations - weights are random-init, so outputs carry no signal - robustness, fairness and domain transfer are untested - the API may change without notice while the design settles --- ## Evaluation guidance - pick a task dataset such as a task-specific held-out set - fix a tuning budget in advance - compare against a capacity-matched baseline - publish raw logs next to any claim --- ## Citation ```bibtex @misc{workingpoolformerimp}, title = {Working Poolformer implementation for Multitask}, year = {{2026}}, publisher = {{Hugging Face}}, } ``` --- ## Quick check Run `python eval.py --help` for the built-in smoke test. Because this is a custom implementation, generic automatic loading APIs require an explicit adapter before use. --- ## Files - `eval.py` — primary artifact - `README.md` — this documentation - `config.json` — architecture configuration - `training_args.json` — default experiment settings - `model.safetensors` — initialization checkpoint - `USE_POLICY.md` — use and redistribution notes - `examples/sample_usage.py` — usage sketch --- ## License Distributed under the **cc-by-4.0** license. External datasets keep their own terms — check them separately.