3 repositorios
Integrated environments that provide both high-level APIs and low-level algorithms for visual analysis.
Distinct from Computer Vision Model Integration: Distinct from Model Integration as it covers the entire vision pipeline and library integration, not just pre-trained weights.
Explore 3 awesome GitHub repositories matching artificial intelligence & ml · Computer Vision Frameworks. Refine with filters or upvote what's useful.
opencv4nodejs es un conjunto de wrappers de JavaScript y un addon nativo de C++ que proporciona bindings de Node.js para la biblioteca OpenCV. Funciona como una biblioteca de visión artificial y framework de procesamiento de imágenes, exponiendo algoritmos de C++ de alto rendimiento a un entorno JavaScript. El proyecto permite la ejecución de algoritmos de visión para detectar rostros, rastrear objetos y analizar datos visuales utilizando redes neuronales profundas. Incluye capacidades para clasificación de patrones de datos, reconocimiento de patrones de texto e identificación de puntos de referencia faciales y gestos. El framework cubre una amplia superficie de capacidades, incluyendo procesamiento de imágenes automatizado, reconocimiento óptico de caracteres (OCR) y análisis de vídeo en tiempo real. Proporciona herramientas para operaciones aritméticas de matrices, acceso a datos de píxeles y gestión de archivos de imagen y captura de vídeo en vivo. La gestión de recursos se maneja mediante la ejecución de tareas asíncronas y el seguimiento de memoria externa para mantener la capacidad de respuesta del bucle de eventos.
Integrates advanced computer vision and image processing capabilities directly into Node.js applications.
fast-reid is a PyTorch-based computer vision framework designed for building, training, and deploying deep learning models for identity-based vision tasks. It provides a specialized toolbox for person re-identification and vehicle re-identification, enabling the matching of individuals and vehicles across non-overlapping camera views. The project includes tools for person attribute recognition to identify specific physical characteristics and traits. It features a modular model zoo that allows for the swapping and benchmarking of different re-identification architectures. The framework cover
Offers a comprehensive suite of tools for building, training, and deploying identity-based vision models.
Scenic is a research framework designed for the development and training of deep learning models, with a specific focus on computer vision and multimodal transformer architectures. It provides a comprehensive toolkit for defining neural network structures, managing large-scale data pipelines, and executing training workflows across distributed hardware environments. The framework is built upon a functional programming paradigm that utilizes hardware-agnostic tensor abstractions and just-in-time compilation to maximize computational efficiency. By employing modular layer composition, it allows
Provides an integrated environment for building and training modular vision and multimodal transformer models.