docExtractor: An off-the-shelf historical document element extraction
This work is significant for digital humanities researchers and archivists who need to process historical documents without extensive manual annotation, offering a general-purpose element extraction engine.
This paper introduces docExtractor, a generic method for extracting visual elements like text lines and illustrations from historical documents without requiring real data annotation. It achieves high-quality off-the-shelf performance across diverse datasets and competitive results when fine-tuned.
We present docExtractor, a generic approach for extracting visual elements such as text lines or illustrations from historical documents without requiring any real data annotation. We demonstrate it provides high-quality performances as an off-the-shelf system across a wide variety of datasets and leads to results on par with state-of-the-art when fine-tuned. We argue that the performance obtained without fine-tuning on a specific dataset is critical for applications, in particular in digital humanities, and that the line-level page segmentation we address is the most relevant for a general purpose element extraction engine. We rely on a fast generator of rich synthetic documents and design a fully convolutional network, which we show to generalize better than a detection-based approach. Furthermore, we introduce a new public dataset dubbed IlluHisDoc dedicated to the fine evaluation of illustration segmentation in historical documents.