This thesis evaluates PEFT techniques, specifically LoRA and QLoRA, for adapting compact LLMs to extract structured JSON data from mechanical PDFs. By fine-tuning multiple architectures on a custom OCR and python extraction generated dataset, the study analyzes structural robustness, semantic accuracy, and hardware-induced computational trade-offs. The findings yield practical engineering guidelines for deploying efficient generative AI models in resource-bound industrial applications.
This thesis evaluates PEFT techniques, specifically LoRA and QLoRA, for adapting compact LLMs to extract structured JSON data from mechanical PDFs. By fine-tuning multiple architectures on a custom OCR and python extraction generated dataset, the study analyzes structural robustness, semantic accuracy, and hardware-induced computational trade-offs. The findings yield practical engineering guidelines for deploying efficient generative AI models in resource-bound industrial applications.
Development of PEFT-Based Extraction Methodologies for Small-Scale LLMs
GHERARDINI, GIACOMO
2025/2026
Abstract
This thesis evaluates PEFT techniques, specifically LoRA and QLoRA, for adapting compact LLMs to extract structured JSON data from mechanical PDFs. By fine-tuning multiple architectures on a custom OCR and python extraction generated dataset, the study analyzes structural robustness, semantic accuracy, and hardware-induced computational trade-offs. The findings yield practical engineering guidelines for deploying efficient generative AI models in resource-bound industrial applications.| File | Dimensione | Formato | |
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Gherardini.Giacomo.pdf
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https://hdl.handle.net/20.500.14251/7542