6 repositorios
Utilities for compressing image content into optimized token representations.
Distinct from Visual Token Compression: Distinct from Visual Token Compression: focuses on the utility for tokenization rather than the compression algorithm itself.
Explore 6 awesome GitHub repositories matching data & databases · Visual Tokenizers. Refine with filters or upvote what's useful.
WeUI is a mobile web UI library and design system consisting of CSS components and HTML templates. It is specifically designed to replicate the visual identity and interface of the WeChat messaging ecosystem, providing a standardized set of components to build responsive mobile web interfaces. The library functions as a stateless component system, utilizing a pure CSS architecture and HTML templates that rely on external JavaScript for interactivity. It employs a BEM-based class naming convention to manage component nesting and prevent style leakage across complex layouts. The framework incl
Uses visual tokens for identity, though not in the context of image tokenization.
DeepSeek-OCR is a vision processing framework designed to convert image-based text into machine-readable tokens for large language models. It functions as a document inference pipeline that encodes visual data into compact representations, enabling automated optical character recognition and document analysis workflows. The system distinguishes itself through a high-throughput architecture that utilizes hardware-accelerated batch inference to process large volumes of visual data. It incorporates dynamic resolution scaling to manage the balance between visual detail and token consumption, ensu
Compresses image content into optimized token representations for visual analysis.
This project is a comprehensive framework and toolkit for developing, optimizing, and deploying transformer-based models across multimodal, document intelligence, and natural language processing tasks. It provides a unified neural architecture that processes text, vision, audio, and document layout data through a shared set of weights, enabling researchers and developers to build foundational models that align cross-modal representations. The platform distinguishes itself through advanced training and inference strategies designed for large-scale deep learning. It incorporates specialized mec
Implements visual data tokenization to convert raw images into discrete tokens using encoder-decoder architectures.
Qwen2-VL is a multimodal large language model and vision language model designed to process and reason across text, images, and video content. It functions as a visual reasoning engine and a visual agent framework, capable of interpreting visual data to perform object detection, document parsing, and spatial reasoning. The model is distinguished by its ability to act as a video understanding model, processing hour-long videos with second-level indexing and event recall. It further differentiates itself through a visual agent capability that interacts with software interfaces and robotic hardw
Controls the resolution and pixel count of visual inputs to balance processing quality with memory constraints.
DeepSeek-VL2 es un modelo de lenguaje grande multimodal y sistema de visión-lenguaje diseñado para analizar escenas visuales y generar texto descriptivo. Funciona como un modelo de respuesta a preguntas visuales y fundamentación visual (visual grounding), capaz de extraer información de documentos y localizar objetos o regiones específicas dentro de imágenes basadas en descripciones textuales. El proyecto utiliza una arquitectura de mezcla de expertos (mixture-of-experts) para procesar entradas combinadas de imagen y texto. Está optimizado para la inferencia mediante prellenado incremental, lo que reduce los requisitos de memoria de GPU en el hardware. El modelo cubre el análisis de datos multimodal y la comprensión de documentos visuales, incluyendo la interpretación de gráficos y diseños. Realiza inferencia visual y fundamentación para hacer coincidir consultas textuales con el contenido visual correspondiente.
Adjusts input image resolution and pixel counts to optimize the visual token budget.
LLaVA-NeXT es un framework de modelo de lenguaje grande multimodal y toolkit de entrenamiento diseñado para procesar imágenes intercaladas y secuencias de vídeo para generar texto. Funciona como un modelo de lenguaje visual que combina codificadores de visión con modelos de lenguaje para realizar razonamiento complejo, respuesta a preguntas y comprensión de vídeo. El sistema es capaz de analizar imágenes de alta resolución y fotogramas de vídeo temporales para describir eventos, resumir acciones y razonar a través de múltiples entradas visuales. Soporta la interpretación de documentos y gráficos, análisis de entorno espacial y la generación de subtítulos descriptivos tanto para imágenes como para vídeo. El framework incluye herramientas para ajustar modelos multimodales mediante optimización de preferencias para reducir alucinaciones y mejorar la precisión. También proporciona un servidor de inferencia para desplegar estas capacidades como un servicio API vía un backend HTTP.
Implements dynamic resolution scaling to optimize the visual token budget while preserving high-resolution image details.