AB
AiBoss
project

AntSK FileChunk - An open-source AI document slicing tool that avoids semantic fragmentation.

AntSK FileChunk is a semantically based intelligent text slicing tool specifically designed for processing PDF and Word documents. Based on advanced semantic analysis technology, it segments long documents into semantically complete and coherent fragments, avoiding the need for traditional text splitting...

What is AntSK FileChunk?

AntSK FileChunk is a semantically based intelligent text slicing tool specifically designed for processing PDF and Word documents. Based on advanced semantic analysis technology, it segments long documents into semantically complete and coherent fragments, avoiding the semantic fragmentation caused by traditional methods. AntSK FileChunk supports multiple document formats and boasts powerful features such as intelligent document parsing, adaptive slicing, and multilingual processing. Offering a web interface, command-line tools, and an HTTP API, AntSK FileChunk is easy to use and integrate, making it an ideal choice for processing long documents.

Main functions of AntSK FileChunk

  • Semantic-aware slicesSemantic understanding is achieved through the Transformer model, ensuring the rationality of slice boundaries and avoiding semantic fragmentation caused by traditional segmentation methods.
  • Multi-format supportIt supports multiple document formats such as PDF, Word (.docx/.doc), and plain text to meet the needs of different scenarios.
  • Intelligent document parsingAutomatically identifies and processes special content such as document structure, tables, and images to maintain document integrity and coherence.
  • Adaptive slicingThe slice size is dynamically adjusted according to the characteristics of the content to balance semantic integrity and processing efficiency.
  • Multilingual supportSupports processing Chinese and English documents, adapting to different language environments.

The technical principles of AntSK FileChunk

  • Document parsingUse tools such as PyMuPDF and python-docx to extract structured information such as paragraphs, tables, and images from the document. Clean up noise and standardize the format to prepare for subsequent processing.
  • Text preprocessingThe extracted text is segmented to ensure the independence of each paragraph. Excessive spaces, line breaks, and other noise are removed from the text.
  • Semantic analysisUse Transformer models (such as sentence-transformers) to calculate the semantic vectors of paragraphs. Calculate the similarity between paragraphs using these semantic vectors to identify semantic boundaries.
  • Smart SlicingBased on semantic thresholds and length constraints, the document is segmented into semantically complete fragments. The fragment size is dynamically adjusted to ensure the semantic integrity and coherence of each fragment.

AntSK FileChunk project address

  • Project official websitehttps://filechunk.antsk.cn/
  • GitHub repositoryhttps://github.com/xuzeyu91/AntSK-FileChunk

Application scenarios of AntSK FileChunk

  • Content Management System (CMS)Segmenting long documents into semantically complete segments facilitates content management systems in storing and retrieving them in chunks, thereby improving content readability and user experience.
  • Knowledge Graph ConstructionBy using semantically aware slicing, long documents are divided into segments with clear semantic boundaries, making it easier to extract key information to build knowledge graphs and improve their accuracy and completeness.
  • Intelligent Customer Service SystemSegmenting long documents into smaller semantic segments makes it easier for intelligent customer service systems to quickly locate and extract relevant information, thereby improving the accuracy and efficiency of responses.
  • academic researchThis method segments academic papers into semantically complete segments, making it easier for researchers to quickly browse and extract key information, thereby improving research efficiency and quality.
  • Enterprise internal knowledge managementBreaking long documents within an enterprise into smaller semantic fragments makes it easier for team members to quickly find and use the information they need, thereby improving the efficiency and effectiveness of internal knowledge management.