The research section situates the repository in the broader performance-engineering ecosystem. It exists so that readers can evaluate not only what the repository teaches, but also which public references, tools, and design traditions inform its advice.
- to show the external materials behind the repository's claims
- to compare this project with adjacent public repositories and engineering references
- to explain why the repository now favors closure, hardening, and low-frequency maintenance over unchecked expansion
| Page | What it contains | Best use |
|---|---|---|
| Related Work | comparison notes on public repositories, libraries, and well-known performance resources | calibrating what this project is and is not |
| References | curated source shelf of standards, manuals, articles, and tooling docs | checking external authority behind a claim |
| Evolution | repository posture, trade-offs, and closure-oriented maintenance notes | understanding why the current structure looks the way it does |
Research in this project is intentionally practical. A useful source usually does at least one of the following:
- explains a low-level mechanism the examples rely on
- offers a measurement method that can be reproduced locally
- demonstrates a public implementation strategy worth comparing against
- clarifies why a trade-off is real rather than fashionable
- Read Related Work to position the repository.
- Use References as the source shelf while reading examples or architecture pages.
- Finish with Evolution to understand the current maintenance posture.
The research section is what makes the docs feel like an engineering monograph instead of a tutorial collection with a nicer landing page.