MMF is a modular framework for building, training, and evaluating vision-and-language models. It provides a configuration-driven experiment system where model, dataset, and training parameters are defined through composable YAML files, alongside a curated model zoo of pretrained checkpoints for state-of-the-art multimodal architectures. The framework includes a multimodal dataset loader that downloads, processes, and batches vision-and-language data, and a vision-language model trainer supporting distributed training, mixed precision, and checkpoint-based resumption. The framework distinguish
Recognize-anything is a multimodal foundation model designed for image recognition, visual tagging, and the generation of descriptive text captions from visual input. It functions as a multimodal embedding model that maps images and text into a shared vector space to enable cross-modal retrieval and recognition. The system implements zero-shot image classification and open-vocabulary object detection, allowing it to recognize object categories not present in the original training data through custom label embeddings. It also features a visual tagging engine and a captioning system that produc
VLM-R1 is a reasoning vision-language model and embodied AI framework designed to map visual inputs and language instructions into physical navigation waypoints and robotic actions. It functions as a multimodal policy optimizer and an open vocabulary detector capable of locating objects based on arbitrary natural language descriptions. The system distinguishes itself through the use of chain-of-thought reasoning and reinforcement learning to solve complex visual and spatial tasks. It utilizes a video semantic memory system, which employs a visual cache to maintain a history of live video for
AReaL is a system for agent orchestration, distributed model training, and parameter-efficient tuning. It provides a framework for developing multi-turn reasoning agents and training large models using reinforcement learning from human feedback. The project implements a toolkit for improving the visual reasoning and geometry problem solving capabilities of vision-language models. It utilizes a memory-efficient tuning system to optimize mathematical and reasoning models across different inference backends. The infrastructure supports large-scale training through tensor, pipeline, and expert p
mm-cot 是一个多模态语言模型推理框架,旨在训练和评估跨文本和图像数据执行思维链 (chain-of-thought) 推理的模型。它提供了用于实现逐步逻辑推理以提高预测准确性的核心系统,包括视觉语言模型训练器和多模态基准评估器。
amazon-science/mm-cot 的主要功能包括:Chain-of-Thought Reasoning Engines, Feature Extraction, Image Captioning Models, Vision-Language Trainers, Vision-Language Training, Multimodal Rationales, Multimodal Reasoners, Vision Transformer Encoders。
amazon-science/mm-cot 的开源替代品包括: facebookresearch/mmf — MMF is a modular framework for building, training, and evaluating vision-and-language models. It provides a… xinyu1205/recognize-anything — Recognize-anything is a multimodal foundation model designed for image recognition, visual tagging, and the generation… om-ai-lab/vlm-r1 — VLM-R1 is a reasoning vision-language model and embodied AI framework designed to map visual inputs and language… inclusionai/areal — AReaL is a system for agent orchestration, distributed model training, and parameter-efficient tuning. It provides a… tingsongyu/pytorch-tutorial-2nd — This project is a comprehensive instructional resource and course for building neural networks using PyTorch. It… phodal/prompt-patterns — Prompt patterns is a framework for organizing AI-driven system design through structured prompt engineering and…