Silent record loss in document extraction pipelines
Summary
The article highlights a common issue in document extraction pipelines where large documents cause silent record loss, and recommends using completeness checks and tools like llamaparse to maintain data integrity.
Similar Articles
Why Self-Correction Loops Can Degrade Reliability in LLM Pipelines (85% Down to 62%)
Adding a self-correction loop to an LLM pipeline for structured data extraction reduced consistency from 85% to 62%, due to compounding noise and regeneration drift. The article discusses potential solutions like granular diff mechanisms or deterministic gates.
From Pixels to Pairs: A Comprehensive Benchmark of LLM-Based Key-Value Extraction in Noisy Document Settings
This paper introduces a comprehensive benchmark for evaluating LLMs in key-value extraction from documents under OCR noise, revealing substantial performance degradation and emphasizing the need for joint optimization of OCR quality and LLM reasoning.
Valid Per-Field Selective Risk Control for Document Extraction: Three Failure Modes, a Validity Ladder, and When Conditioning Pays
The paper diagnoses three failure modes in per-field selective risk control for document extraction systems and introduces a validity ladder of fixes, demonstrating improvements through experiments on real-world data with frontier AI models.
Operationalizing Document AI: A Microservice Architecture for OCR and LLM Pipelines in Production
This paper presents a microservice architecture for production document AI pipelines that combine classification, OCR, and LLM extraction, sharing design decisions and batch profiling insights that reveal OCR, not LLM parsing, dominates latency.
Evaluating Structured Information Extraction with Open Models in a High Risk Public Sector Application
This paper benchmarks open-source OCR, LLM, and VLM systems for structured information extraction in a high-risk public sector application, finding that VLMs generally outperform OCR+LLM pipelines but most configurations struggle in zero-shot settings, emphasizing the critical role of input quality.