7 Repos
Tools specialized in handling academic and scientific papers, particularly those containing complex notation.
Distinguishing note: Distinct from general translation tools by its specific focus on maintaining mathematical notation integrity.
Explore 7 awesome GitHub repositories matching scientific & mathematical computing · Scientific Document Processing. Refine with filters or upvote what's useful.
PDFMathTranslate is a document translation tool designed to convert technical and scientific files into multiple languages while preserving their original visual layout. It functions as a specialized processor for academic research papers, ensuring that complex mathematical notation and technical formatting remain intact throughout the translation process. The system utilizes a layout-preserving parsing engine that extracts text and structural metadata while maintaining the spatial coordinates of every document element. To handle the translation of technical content, it employs an intermediat
Converting academic papers into multiple languages while maintaining the integrity of complex mathematical notation and original page layouts.
This project is a web-based collaborative editor and scientific document management system designed for LaTeX. It provides a centralized environment for writing, editing, and compiling academic manuscripts, enabling multiple users to work on the same project simultaneously through real-time synchronization. The platform distinguishes itself by treating documents as version-controlled repositories, allowing for granular history tracking and bidirectional synchronization with external version control systems. It features a secure, containerized compilation pipeline that isolates build processes
Provides a browser-based environment for writing and compiling scientific documents without local software installation.
LaTeX-OCR is a specialized optical character recognition system designed to identify and transcribe complex mathematical symbols and their spatial relationships from images. It functions as a machine learning engine that converts visual representations of equations into structured LaTeX code for use in technical documentation and academic typesetting. The project utilizes a hierarchical vision-based encoding and autoregressive sequence decoding architecture to process input images and generate mathematical notation token by token. Beyond its core recognition capabilities, the system provides
Streamlining the creation of technical documents by automating the translation of visual mathematical notation into standard code formats.
This is a responsive Jekyll static site theme and framework designed for technical blogs, academic writing, and documentation. It provides a structured layout specifically for technical content, incorporating a dark mode interface and hierarchical content taxonomies. The theme distinguishes itself through built-in support for scientific content rendering, including mathematical equations and diagrams. It also functions as a progressive web app template, enabling offline access and improved loading performance. The broader capability surface includes search engine optimization, multilingual s
Specializes in the rendering of academic and scientific documentation containing complex mathematical notation.
This project is a scientific agent framework and workflow orchestrator designed to extend large language models with specialized tools for genomic, chemical, and biological research. It provides a system for planning research hypotheses and executing automated workflows by integrating scientific databases with dynamic code execution. The framework includes a cheminformatics modeling suite for predicting molecular bioactivity and performing virtual screening, alongside a bioinformatics analysis toolkit for processing genomic sequences and single-cell data. It also features an academic document
Parses scientific PDFs using optical character recognition to generate formatted reports.
BabelDOC is a technical document translation system designed to translate PDF files while preserving their original layout and styling. It functions as a layout-preserving translator that utilizes large language models to convert content into target languages, specifically tailored for scientific and technical documents. The system distinguishes itself through specialized handling of academic content, including the identification and preservation of mathematical formulas and complex layout structures. It ensures technical accuracy by employing glossary-driven terminology enforcement, using so
Specializes in translating academic papers by identifying and preserving complex mathematical notation and layouts.
Paper2Slides is an AI-driven presentation generator and content extractor designed to transform academic papers and scientific documents into structured slides and posters. It utilizes retrieval-augmented generation to distill key data points and identify critical figures while maintaining direct traceability to the original source text. The system functions as an AI slide designer that applies professional themes or custom visual styles defined through natural language. It integrates with external image generation services to produce high-quality visuals and research visualizations for acade
Processes complex scientific documents and academic papers to transform them into structured visual formats.