6d4335d3ae
Adds the audit, literature rationale, experiment contract, labeled-corpus results, Fold/Paperbridge/Brick/YAMS coverage and dead-code spot checks, model changes, identity changes, and remaining limits. Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
40 lines
2 KiB
Markdown
40 lines
2 KiB
Markdown
# Literature notes
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Paperbridge was used on 2026-08-29 to search arXiv, Crossref, and OpenAlex for
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software visualization, architecture mining, and structural metrics.
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The seed is informed by:
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- Borowski, Balis, and Orzechowski, “Graph Buddy — an interactive code
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dependency browsing and visualization tool,” VISSOFT 2022,
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DOI 10.1109/VISSOFT55257.2022.00023. Supports interactive, code-proximal
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dependency exploration.
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- Savidis and Savaki, “Software Architecture Mining from Source Code with
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Dependency Graph Clustering and Visualization,” 2022,
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DOI 10.5220/0010896800003124. Supports graph-derived architecture views and
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clustering as an architecture-recovery direction.
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- Krause, Hansen, and Hasselbring, “Live Visualization of Dynamic Software
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Cities with Heat Map Overlays,” arXiv 2109.14217. Supports the building/city
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metaphor and layering dynamic evidence over static structure.
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- Exman and Ohayon, “Software Modularity Coupling Resolution by the Laplacian
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of a Bipartite Dependency Graph,” 2019, DOI 10.5220/0007955802980305.
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Motivates explicit dependency-graph analysis for modularity.
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- Di Pompeo and Tucci, “Quality Attributes Optimization of Software
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Architecture: Research Challenges and Directions,” arXiv 2301.07516.
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Reinforces treating architecture quality as multi-objective rather than a
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single universal score.
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Design consequence: Brick stores a general graph and exposes metric components.
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The visualization metaphor and the health indicator are consumers of evidence,
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not replacements for it. No paper above validates Brick's v0.1 weights; those
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weights remain explicitly experimental.
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## Call resolution (2026-09-22)
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A Paperbridge search on 2026-09-22 (arXiv and OpenAlex) informed the C/C++
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and Rust resolution work: Murphy and Notkin (TOSEM 1998), Grove et al. (OOPSLA
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1997, TOPLAS 2001), Srivastava (LOPLAS 1992), Creager and van Antwerpen (stack
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graphs, arXiv:2211.01224), Cai and Zhang (OOPSLA 2023), Li et al. (Rupta,
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CC 2024), and LocAgent (ACL 2025). See `cpp-rust-resolution.md` for how each
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shaped the design.
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