
Nicolo Ghielmetti contributed to the fastmachinelearning/hls4ml repository by developing features that enhance model compatibility, precision management, and test reliability. He implemented ONNX Resize node ingestion, enabling seamless integration and deployment of models using Resize, and introduced optimizer passes in Python to improve model compilation efficiency. Nicolo also delivered automatic type inference for parametrized activations, leveraging fixed-point arithmetic and type inference to streamline hardware deployment and reduce manual tuning. Additionally, he improved test output organization and CI artifact hygiene using pytest, ensuring reproducible and reliable testing. His work demonstrated depth in C++, Python, and machine learning optimization throughout the project.
February 2026 monthly summary for fastmachinelearning/hls4ml focused on improving test reliability and artifact hygiene through test output organization, sanitization, and CI baseline management. These changes lay groundwork for faster iteration and safer refactors.
February 2026 monthly summary for fastmachinelearning/hls4ml focused on improving test reliability and artifact hygiene through test output organization, sanitization, and CI baseline management. These changes lay groundwork for faster iteration and safer refactors.
September 2025 — fastmachinelearning/hls4ml: Delivered automatic type inference for param_t in parametrized activations with constant precision inference, improved stability for precision handling, and strengthened test coverage and dependencies. The work focuses on enabling automatic precision management to support more efficient hardware deployments and reduce manual tuning efforts.
September 2025 — fastmachinelearning/hls4ml: Delivered automatic type inference for param_t in parametrized activations with constant precision inference, improved stability for precision handling, and strengthened test coverage and dependencies. The work focuses on enabling automatic precision management to support more efficient hardware deployments and reduce manual tuning efforts.
2024-11 monthly summary for fastmachinelearning/hls4ml: Delivered ONNX/QONNX Resize node ingestion support enabling models using Resize to be ingested and compiled. Included tests with a tiny UNet model and a branched model, performed code cleanup, and added an optimizer pass to handle constant inputs for Resize, improving reliability and deployment readiness. This work extends ONNX compatibility, reduces model adaptation effort, and strengthens the platform's readiness for production workloads.
2024-11 monthly summary for fastmachinelearning/hls4ml: Delivered ONNX/QONNX Resize node ingestion support enabling models using Resize to be ingested and compiled. Included tests with a tiny UNet model and a branched model, performed code cleanup, and added an optimizer pass to handle constant inputs for Resize, improving reliability and deployment readiness. This work extends ONNX compatibility, reduces model adaptation effort, and strengthens the platform's readiness for production workloads.

Overview of all repositories you've contributed to across your timeline