
Developed a bootstrapping counts utility for the iqm-benchmarks repository, introducing the bootstrap_counts function in Python to generate resampled copies of original count data for statistical analysis in quantum computing workflows. The work included updating project metadata and documentation in rst, refining core scripts through targeted code refactoring, and addressing minor issues to improve stability and compatibility. Test coverage was strengthened by increasing circuit samples, reducing the likelihood of flaky tests and enhancing validation. This focused engineering effort improved the reliability and release readiness of the project, supporting more robust experimentation with resampled quantum data and ensuring consistency across packaging and documentation.
February 2025: Delivered a new bootstrapping counts utility in iqm-benchmarks, updated project metadata, fixed key issues in core scripts, and strengthened test coverage. This combination enhances reliability for statistical analyses, accelerates experimentation with resampled count data, and improves release readiness.
February 2025: Delivered a new bootstrapping counts utility in iqm-benchmarks, updated project metadata, fixed key issues in core scripts, and strengthened test coverage. This combination enhances reliability for statistical analyses, accelerates experimentation with resampled count data, and improves release readiness.

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