Neural Process Pocket
Neural Process Pocket is a Conditional Neural Process trained across a distribution of sine functions. Five unordered context observations are encoded into a task representation; a probabilistic decoder predicts the mean and standard deviation at arbitrary target coordinates.
Evaluation covers RMSE, Gaussian negative log likelihood, and empirical 90% interval coverage on unseen functions. A fixed-kernel RBF Gaussian Process is the non-neural few-shot control.
Verified local result
The 12,866-parameter CNP reached 1.093 RMSE, 1.242 Gaussian NLL, and 88.76% coverage for nominal 90% intervals across 500 unseen five-context-point tasks. The fixed-kernel Gaussian Process reached 1.259 RMSE, 1.328 NLL, and 73.63% coverage.
uv run python projects/neural-process-pocket/train.py
uv run pytest tests/test_neural_process_pocket.py
Hosted showcase
This free static Space preserves the complete original Gradio source, trained artifacts, evaluation files, and local launch requirements. Hugging Face now requires PRO for CPU-backed Gradio hosting, so the public landing page is static while the checked-in app.py remains the authoritative runnable demo.