reapxdev/zenodo-scraper huggingface dataset:
One-Sided Candidate-Only Pareto Confirmation — Software and Reproducibility Core v1.1.0
Authors: Clim, Antonio
Type: Software
Published: 2026-08-02
Keywords: Pareto confirmation, simulation validation, sequential testing, adaptive simulation, correlated outputs, reproducibility

<p>Software, tests, schemas, minimal example data and replayable statistical<br>evidence for one-sided archive-relative Pareto confirmation in stochastic<br>simulation.</p>
<p>The unpublished manuscript and supplementary manuscript are not<br>included.</p>
<p>The procedure may certify a positive claim or remain undecided; it is<br>not a total fixed-confidence identification algorithm.</p>
Source-Specific Homogenization of Earthquake Magnitudes in Indonesia: Reproducibility Package
Authors: Masykuri, Anas Fauzi, Suryanto, Wiwit, Irnaka, Theodosius Marwan, Pranata, Bayu
Type: Computational notebook
Published: 2026-08-02
Keywords: earthquake magnitude homogenization, moment magnitude, GCMT, Deming regression, earthquake catalogue, Indonesia, temporal validation, data provenance, reproducible research, seismology, prediction interval

<p class="PDq2pG_selectionAnchorContainer">This research compendium supports a source-specific homogenization of Indonesian earthquake magnitudes to GCMT Mw. It contains the frozen registry of 29 direct magnitude-type × reporting-agency relations, empirical application domains, cleaned Jupyter notebooks, derived audit and validation summaries, post hoc common-support benchmarks, empirical 95% prediction-interval workflows and coverage summaries, figures, supplementary Tables S1–S15, environment specifications, manifests, QA reports, and checksums. The model equations and application rules were finalized before the independent 2025 evaluation. The benchmark and prediction-interval analyses are post hoc and did not modify the frozen production registry. Raw ISC Bulletin records, raw agency exports, event-level benchmark pairs, and event-level prediction-interval outputs are not redistributed.</p>