AIDir.app
  • Hot AI Tools
  • New AI Tools
  • AI Tools Category
AIDir.app
AIDir.app

Save this website for future use! Free to use, no login required.

About

  • Blog

Β© 2025 β€’ AIDir.app All rights reserved.

  • Privacy Policy
  • Terms of Service
Home
Extract text from scanned documents
YOLOv10 Document Layout Analysis

YOLOv10 Document Layout Analysis

Analyze scanned documents to detect and label content

You May Also Like

View All
⚑

Nake Bge Base Zh V1.5

Search... using text for relevant documents

0
πŸ¦‰

DocQuery β€”Β Document Query Engine

Extract information from documents by asking questions

0
πŸ“ˆ

Fast Retriever

A demo app which retrives information from multiple PDF docu

0
πŸ’»

GLiNER-Multi-PII

Identify and extract key entities from text

16
🌍

Ai Assist

Query PDF documents using natural language

0
🐒

Multi Loader RAG

RAG with multiple types of loaders like text, pdf and web

1
🏒

Pdf2text

Extract text from PDF and answer questions

0
πŸ¦€

Unstructured Chipper App

Parse and extract information from documents

9
πŸ•―

Candle BERT Semantic Similarity Wasm

Find similar sentences in your text using search queries

0
πŸ¦€

NewTestingforDocument

Extract text and summarize from documents

0
🐠

Legalfriend

Find relevant legal documents for your query

0
πŸ¦™

Multimodal VDR Demo

Multimodal retrieval using llamaindex/vdr-2b-multi-v1

11

What is YOLOv10 Document Layout Analysis ?

YOLOv10 Document Layout Analysis is a powerful tool designed to analyze scanned documents and detect layout elements such as text, headers, footers, tables, and images. Built on the YOLOv10 object detection framework, it provides highly accurate detection and labeling of document components, enabling efficient extraction of structured information from unstructured or semi-structured documents.

Features

  • High accuracy detection: Reliable identification of document elements with precision.
  • Multiple document support: Works with various document types, including PDFs, images, and scanned papers.
  • Element labeling: Automatically labels detected elements for easy reference.
  • Customizable models: Allows fine-tuning for specific document formats or use cases.
  • Cross-language support: Compatible with documents in multiple languages.
  • Integration-friendly: Easily integrates with existing document processing workflows.

How to use YOLOv10 Document Layout Analysis ?

  1. Install the YOLOv10 Framework: Ensure you have the YOLOv10 library installed in your environment.
  2. Prepare Your Document: Convert your document into an acceptable format (e.g., JPG, PNG, or PDF).
  3. Run the Detection: Use the YOLOv10 CLI or API to process your document and detect layout elements.
    • Example command: yolo10 detect --weights yolo10 DocumentLayout pt --source path/to/document.png
  4. Review Results: Analyze the output, which includes labeled elements and their coordinates.
  5. Integrate with Applications: Use the results to automate tasks such as data extraction, PDF parsing, or document classification.

Frequently Asked Questions

What file formats are supported by YOLOv10 Document Layout Analysis?
YOLOv10 Document Layout Analysis supports major image formats like JPG, PNG, and PDF. For PDFs, ensure text recognition is enabled.

Can I customize the model for my specific document type?
Yes, YOLOv10 allows fine-tuning the model for specific document layouts. You can train the model on your dataset for improved accuracy.

How do I handle multi-language documents?
The tool supports multiple languages out of the box. For optimal performance, ensure the document text is clear and properly formatted.

Recommended Category

View All
πŸŽ™οΈ

Transcribe podcast audio to text

πŸ˜‚

Make a viral meme

βœ‚οΈ

Background Removal

🧠

Text Analysis

πŸ”§

Fine Tuning Tools

🎬

Video Generation

🌍

Language Translation

πŸ“

Generate a 3D model from an image

πŸ–ŒοΈ

Image Editing

πŸ’Ή

Financial Analysis

πŸ€–

Chatbots

πŸ’‘

Change the lighting in a photo

πŸ“„

Extract text from scanned documents

πŸ’»

Code Generation

πŸ–ΌοΈ

Image