This analysis set out to test the common but under-proven intuition that a strong type system helps LLM agents produce more correct results, running a controlled benchmark that kept the AI model, underlying dataset and set of test questions consistent while swapping between the #SQL, Cypher and TypeQL query languages to isolate this effect. While #SQL had the highest single-shot success rate, TypeQL’s robust type checker caused 93% of its incorrect queries to throw clear visible errors, compared to just 5% for #SQL and 40% for Cypher, and when paired with a simple retry loop that feeds these errors back to the LLM to fix, TypeQL ultimately achieved the highest overall query accuracy.
https://typedb.com/blog/benchmarking-llm-query-generation-across-sql-cypher-and-typeql
https://typedb.com/blog/benchmarking-llm-query-generation-across-sql-cypher-and-typeql
typedb.com
Benchmarking LLM query generation across SQL, Cypher and TypeQL
Explore our new LLM benchmark comparing MySQL, Neo4j, and TypeDB. Learn how context and retry budgets help AI agents self-correct and improve performance.
0 Replies
0 Reposts