DoSA : A System to Accelerate Annotations on Business Documents with Human-in-the-Loop
Business documents come in a variety of structures, formats and information needs which makes information extraction a challenging task. Due to these variations, having a document generic model which can work well across all types of documents and for all the use cases seems far-fetched. For document-specific models, we would need customized document-specific labels. We introduce DoSA (Document Specific Automated Annotations), which helps annotators in generating initial annotations automatically using our novel bootstrap approach by leveraging document generic datasets and models. These initial annotations can further be reviewed by a human for correctness. An initial document-specific model can be trained and its inference can be used as feedback for generating more automated annotations. These automated annotations can be reviewed by human-in-the-loop for the correctness and a new improved model can be trained using the current model as pre-trained model before going for the next iteration. In this paper, our scope is limited to Form like documents due to limited availability of generic annotated datasets, but this idea can be extended to a variety of other documents as more datasets are built. An open-source ready-to-use implementation is made available on GitHub https://github.com/neeleshkshukla/DoSA.
Code (1)
Tasks
Document AIKey Information ExtractionSimilar Papers 제목 키워드 기반
Doc2Dial: a Framework for Dialogue Composition Grounded in Business Documents
We introduce Doc2Dial, an end-to-end framework for generating conversational data grounded in business documents via crowdsourcing. Such data can be used to train automated dialogue agents performing customer care tasks…
BuDDIE: A Business Document Dataset for Multi-task Information Extraction
The field of visually rich document understanding (VRDU) aims to solve a multitude of well-researched NLP tasks in a multi-modal domain. Several datasets exist for research on specific tasks of VRDU such as document clas…
Document Classificationdocument understandingEntity LinkingLanguage Modelling+4DeepCPCFG: Deep Learning and Context Free Grammars for End-to-End Information Extraction
We address the challenge of extracting structured information from business documents without detailed annotations. We propose Deep Conditional Probabilistic Context Free Grammars (DeepCPCFG) to parse two-dimensional com…
QUEST: Quality-aware Semi-supervised Table Extraction for Business Documents
Automating table extraction (TE) from business documents is critical for industrial workflows but remains challenging due to sparse annotations and error-prone multi-stage pipelines. While semi-supervised learning (SSL) …
Pseudo LabelTable ExtractionTowards Automated Extraction of Business Constraints from Unstructured Regulatory Text
Large organizations spend considerable resources in reviewing regulations and ensuring that their business processes are compliant with the law. To make compliance workflows more efficient and responsive, we present a sy…
Entity Extraction using GANQuestion Answering