aw-write-conclusion

Write the conclusion section of an academic paper. Triggers when user requests "conclusion", "结论", "/write conclusion", or when the wave executor assigns a conclusion writing task. Reads all previous section files (introduction, related-work, methodology, experiment, results, discussion) to synthesize contributions, key findings, and future work. Produces three paragraph files: 7-1-summary.tex, 7-2-findings.tex, 7-3-future-work.tex, plus abstract.tex last.

Conclusion Section Writer

Purpose

Write the conclusion section by synthesizing insights from all previous paper sections. The conclusion is written last but implemented early in Phase 2 to demonstrate wave-based execution flow.

Inputs

This skill reads all available previous sections:

  • sections/introduction.tex (and paragraph files in sections/introduction/)
  • sections/related-work.tex (and paragraph files in sections/related-work/)
  • sections/methodology.tex (and paragraph files in sections/methodology/)
  • sections/experiment.tex (and paragraph files in sections/experiment/)
  • sections/results.tex (and paragraph files in sections/results/)
  • sections/discussion.tex (and paragraph files in sections/discussion/)
  • sections/conclusion/ (existing paragraph files if any)
  • .planning/research-brief.json (author intent, novelty, contributions)
  • references.bib (for citation keys)

Output Files

Write three paragraph files under sections/conclusion/:

FileContentTarget Length
sections/conclusion/7-1-summary.texRestatement of contributions150-200 words
sections/conclusion/7-2-findings.texKey quantitative findings with citations150-200 words
sections/conclusion/7-3-future-work.texSpecific future work directions100-150 words
sections/conclusion/abstract.texAbstract (written after all sections)150-300 words

Total target: ~500 words (concise conclusion)

Workflow

  1. Read all previous sections to extract:

    • Main contributions (from introduction and discussion)
    • Key quantitative results (from results and experiment)
    • Specific future directions (from discussion)
    • Citation keys to reuse
  2. Write paragraph files in order:

    • 7-1-summary.tex first (restate contributions)
    • 7-2-findings.tex second (key findings with numbers)
    • 7-3-future-work.tex third (specific future work)
    • abstract.tex last (after all other sections complete)
  3. Assemble chapter file sections/conclusion.tex with \input{} commands in correct order

Elsevier LaTeX Format

\section{Conclusion}
\label{sec:conclusion}

\input{sections/conclusion/7-1-summary}
\input{sections/conclusion/7-2-findings}
\input{sections/conclusion/7-3-future-work}

Content Guidelines

7-1-summary.tex (Contributions)

  • Restate the paper's main contributions in past tense
  • Use numbered list or bullet points for clarity
  • Do NOT introduce new information
  • Example structure:
    \paragraph{Summary of Contributions}
    This paper presented \textbf{X} to address the problem of \textbf{Y}.
    The key contributions are threefold:
    \begin{itemize}
        \item First, we proposed \textbf{Method A} \cite{...}, which achieves ...
        \item Second, we designed \textbf{Framework B} that ...
        \item Third, we released \textbf{Dataset C} containing ...
    \end{itemize}
    

7-2-findings.tex (Key Findings)

  • Include specific quantitative results (accuracy, F1, speedup, etc.)
  • Reference figures and tables with \ref{}
  • Compare with baseline methods using citation
  • Avoid interpretation (save for discussion)
  • Example: "Our method achieved 94.2% accuracy on Dataset X, outperforming Smith et al. \cite{smith2023} by 3.1 percentage points."

7-3-future-work.tex (Future Directions)

  • Be specific, not generic (avoid "future work includes exploring more datasets")
  • Reference limitations identified in discussion
  • Suggest concrete extensions:
    • New application domains
    • Architectural improvements
    • Theoretical analysis
    • Scalability to larger settings
  • Example: "While our approach handles static graphs, future work should address temporal graphs where node features evolve over time."

abstract.tex

  • 150-300 words
  • No citations
  • Structure: Problem → Method → Results → Conclusion
  • Write this last after all sections are complete
\begin{abstract}
... (problem statement) ...
... (proposed method) ...
... (key results with numbers) ...
... (conclusion and implications) ...
\end{abstract}

Quality Checks

Before completing:

  • Total word count: ~500 words (within 20% of target)
  • All quantitative findings include numbers with units
  • Future work is specific (not generic statements)
  • Citation keys resolve to entries in references.bib
  • No \placeholder{} or TODO/FIXME remaining
  • Elsevier format: \section{Conclusion}, \label{sec:conclusion}
  • Abstract written last, after all sections complete

Integration

This skill is invoked by aw-execute during wave execution. It reads from previously written sections and outputs paragraph files that aw-execute merges into the final chapter file.

aw-execute (wave planner) → aw-write-conclusion → phase merger → aw-review