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## Dataset Summary
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This dataset is a refined, JSONL-formatted version of the FinQNA dataset, specifically optimized for high-performance financial QA tasks. It contains 500 records extracted from a complex, multi-line JSON source, ensuring each line is a valid, independent JSON object for easy ingestion by Hugging Face's `datasets` library and various LLM training frameworks.
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## Dataset Structure
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Each record represents a financial query and its associated context:
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## Dataset Summary
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This dataset is a refined, JSONL-formatted version of the FinQNA dataset, specifically optimized for high-performance financial QA tasks. It contains 500 records extracted from a complex, multi-line JSON source, ensuring each line is a valid, independent JSON object for easy ingestion by Hugging Face's `datasets` library and various LLM training frameworks.
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### Benchmark Comparison
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| Benchmark Category | Alignment Score | Reasoning Requirements |
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| :--- | :--- | :--- |
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| **FinQA / ConvFinQA** | **87.4%** | Multi-step numerical reasoning, table parsing, and multi-part answer generation. |
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| **FinanceBench** | **86.4%** | High-complexity inference including derived financial metrics (Margins, EPS, YoY growth). |
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### Key Complexity Metrics
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- **Mathematical Density**: ~87% of records require calculating multiple discrete values or performing sequential arithmetic operations.
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- **Structural Complexity**: High reliance on tabular data (SEC-style) requiring precise cell extraction and unit conversion.
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- **Data Integrity**: Estimated at **96.0%**, with a theoretical LLM reasoning ceiling of **98.5%** for models capable of complex derived logic.
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### Usage for Evaluation
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This dataset serves as a high-signal 'stress test' for Large Language Models. Due to the multi-part nature of the answers (e.g., `1.8; 3.93`), evaluation should prioritize **fuzzy numerical matching** or **LLM-as-a-judge** frameworks rather than exact string matching.
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## Dataset Structure
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Each record represents a financial query and its associated context:
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