Understanding Benchmark Language Under Weakened Formal Semantics
Researchers have developed a method to extract executable representations, called computables, from natural language instructions in NLP benchmarks. These computables provide runtime behavior and traces as evidence of semantic understanding, bridging the gap between formal semantics and text-based reasoning. The approach has shown superior performance across various benchmarks, including mathematical reasoning, causal inference, and legal/biomedical domains, by effectively handling implicit assumptions and external knowledge. AI
IMPACT Improves interpretability and accuracy of NLP benchmarks by creating executable representations of instructions.