
Related Work Writing
- 1 installs
- 255 repo stars
- Updated February 27, 2026
- lingzhi227/claude-research-skills
This is a copy of related-work-writing by lingzhi227 - installs and ranking accrue to the original listing.
Helps with ai & agent building tasks.
About
related-work-writing is a Claude Code skill for ai & agent building. It helps solo builders move faster with AI-assisted development.
- related-work-writing
- AI & Agent Building
- AI-coding skill
Related Work Writing by the numbers
- 1 all-time installs (skills.sh)
- Data as of Aug 5, 2026 (Skillselion catalog sync)
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| Installs | 1 |
|---|---|
| repo stars | ★ 255 |
| Last updated | February 27, 2026 |
| Repository | lingzhi227/claude-research-skills ↗ |
What it does
Helps with ai & agent building tasks.
Files
Related Work Writing
Generate publication-quality Related Work sections with proper citations and thematic organization.
Input
$0— Current paper draft or method description$1— Collected literature (BibTeX entries, paper summaries, or literature review notes)
References
- Related work writing prompts and strategies:
~/.claude/skills/related-work-writing/references/related-work-prompts.md
Workflow
Step 1: Analyze the Paper's Contributions
- Read the current paper draft (especially Methods and Introduction)
- Identify the key contributions and novelty claims
- List the technical components that need literature context
Step 2: Organize Literature by Theme
Group related papers into thematic clusters:
- Each cluster should represent a research direction or technique
- Common themes: problem formulation, methodology family, application domain, evaluation approach
- Order themes from most to least relevant to your work
Step 3: Write Each Theme Paragraph
For each thematic group: 1. Topic sentence — Introduce the research direction 2. Describe key works — Summarize 2-5 representative papers 3. Compare and contrast — How does each approach differ from yours? 4. Transition — Connect to the next theme or to your contribution
Step 4: Refine
- Ensure every cited paper has a clear reason for inclusion
- Check that your work's novelty is clear from the comparisons
- Verify all
\cite{}keys exist in the.bibfile - Aim for 1-2 pages (single column) or 0.5-1 page (double column)
Rules
- Compare and contrast, don't just describe — "Unlike [X] which assumes..., our method..."
- Organize by theme, not chronologically — Group by research direction
- Cite broadly — Not just the most popular papers; include recent and diverse work
- Be fair — Acknowledge strengths of prior work before stating limitations
- Explain inapplicability — If a method could apply to your setting, explain why you don't compare experimentally, or add it to experiments
- Use present tense for established facts — "Smith et al. propose..." or "This approach uses..."
- End with positioning — The final paragraph should clearly position your work relative to all discussed prior work
Related Skills
- Upstream: literature-search, literature-review, citation-management
- Downstream: paper-writing-section
- See also: survey-generation
Related Work Writing Prompts Reference
Per-Section Tips (from AI-Scientist + AgentLaboratory)
Related Work Section Guidelines
- Academic siblings of our work, i.e. alternative attempts in literature at trying to solve the same problem.
- Goal is to "Compare and contrast" — how does their approach differ in either assumptions or method?
- If their method is applicable to our Problem Setting, I expect a comparison in the experimental section.
- If not, there needs to be a clear statement why a given method is not applicable.
- Note: Just describing what another paper is doing is not enough. We need to compare and contrast.
- Organize by theme, not chronologically.
- Cite broadly — not just the most popular papers.Writing Strategy
Step 1: Thematic Clustering
Organize cited papers into thematic groups. Common themes:
1. Problem formulation variants — Different ways the same problem has been formulated 2. Methodology families — Groups of methods sharing a core technique (e.g., attention-based, graph-based) 3. Application domains — Where similar techniques have been applied 4. Evaluation approaches — Different benchmarks or evaluation paradigms 5. Theoretical foundations — Relevant theoretical results
Step 2: Per-Theme Paragraph Structure
[Topic sentence introducing the theme]
[Key work 1: what they did + how it relates to ours]
[Key work 2: what they did + contrast with work 1 and ours]
[Key work 3: extension or variation]
[Summary: what's missing / our advantage in this theme]Step 3: Comparison Patterns
Assumption differences:
Unlike \citet{smith2023} who assume access to labeled data, our method operates in a fully unsupervised setting.Methodology differences:
While \citet{jones2024} employ a two-stage pipeline, our approach integrates feature extraction and classification in an end-to-end manner, avoiding the error propagation inherent in decoupled approaches.Scope differences:
\citet{chen2023} address the related problem of X in the context of Y. Our work differs in that we consider the more general setting of Z, which subsumes their formulation as a special case.Complementary work:
Complementary to our approach, \citet{wang2024} propose a method for X that could potentially be combined with our framework to further improve performance.LaTeX Patterns
Citation Commands
\cite{key}— Parenthetical: (Smith et al., 2024)\citet{key}— Textual: Smith et al. (2024) — preferred for subject position\citep{key}— Same as\citein most styles\citeauthor{key}— Just the name: Smith et al.
Example Paragraph
\paragraph{Attention Mechanisms.}
The seminal work of \citet{vaswani2017attention} introduced the Transformer architecture,
which relies entirely on self-attention mechanisms. Subsequent works have sought to
reduce the quadratic complexity of attention. \citet{kitaev2020reformer} propose locality-sensitive
hashing to approximate attention, while \citet{wang2020linformer} project keys and values
to a lower-dimensional space. Unlike these approaches, which sacrifice exact attention
computation for efficiency, our method maintains exact attention while achieving
sub-quadratic complexity through a novel sparse attention pattern that
exploits the inherent structure of the input data.Refinement Checklist
- [ ] Every cited paper has a clear reason for inclusion
- [ ] The section is organized by theme, not chronologically
- [ ] Each paragraph compares and contrasts, not just describes
- [ ] Our work's novelty is clear from the comparisons
- [ ] All
\cite{}/\citet{}keys exist in the.bibfile - [ ] Recent work (last 2-3 years) is well-represented
- [ ] Foundational/seminal papers are included where relevant
- [ ] No self-citations that violate anonymization
- [ ] The section positions our work clearly at the end