<quick_start> To search for papers:
/asta:paper-search "transformer architectures for computer vision"
The skill will use the mcp__asta__snippet_search tool to find relevant passages, then format results with titles, authors, venues, and relevance snippets.
</quick_start>
<success_criteria>
- •Returns ranked list of relevant papers with metadata
- •Each result includes: title, authors, year, venue, and relevance snippet
- •Results are ordered by semantic relevance to the query
- •Paper IDs (DOI/ArXiv) are included for verification </success_criteria>
Data Coverage:
- •225M+ papers from all scientific disciplines
- •12M+ full-text papers (285M+ passages)
- •Sources: Semantic Scholar, arXiv, PubMed, major conferences </context>
Step 2: Execute Search
Use mcp__asta__snippet_search with parameters:
- •
query: The search query - •
limit: Number of results (default 10, max 100) - •
venues: Comma-separated venue filter (optional)
Step 3: Format Results For each result, extract and display:
- •Paper title (bold)
- •Authors (first 3 + "et al." if more)
- •Year and venue
- •Relevance snippet (the matching passage)
- •Paper link and citation count
Step 4: Offer Follow-up
If user wants more details on a specific paper, use mcp__asta__get_paper to fetch full metadata.
</workflow>
<output_format> Present results in this structure:
## Paper Search Results for: "{query}"
**Found {n} relevant papers:**
1. **{Title}** ({Year})
*{Author1}, {Author2}, et al.* — {Venue}
> "{Relevant snippet from the paper...}"
DOI: {doi} | Citations: {count}
2. **{Title}** ({Year})
...
</output_format>
<examples> <example number="1"> <input>/asta:paper-search "attention mechanisms in large language models" --limit 5</input> <output> ## Paper Search Results for: "attention mechanisms in large language models"Found 5 relevant papers:
- •
Attention Is All You Need (2017) Vaswani, Ashish et al. — NeurIPS
"We propose a new simple network architecture, the Transformer, based solely on attention mechanisms..." arXiv:1706.03762 | Citations: 95,000+
- •
BERT: Pre-training of Deep Bidirectional Transformers (2019) Devlin, Jacob et al. — NAACL
"BERT uses a multi-head self-attention mechanism that allows the model to jointly attend to information..." arXiv:1810.04805 | Citations: 78,000+
</output>
<anti_patterns>
- •Don't guess paper details - Always use MCP tools to retrieve actual data
- •Don't return too many results - Default to 10, respect user limits
- •Don't omit paper IDs - Always include DOI/ArXiv for verification
- •Don't fabricate citations - Only report actual citation counts from the API </anti_patterns>