VLM Papers

Explore the latest vision–language model (VLM) research papers (2025) with concise, accessible summaries. This section covers key breakthroughs in multimodal AI, including image–text understanding, visual question answering, image captioning, cross-modal retrieval, and large-scale VLM architectures.

Each summary highlights contributions, methods, and results, with direct links to the original research. Stay informed on the most important multimodal AI papers without needing to read lengthy PDFs.

Qwen-Image vision-language model for multimodal understanding with image recognition and text generaQwen-Image vision-language model for multimodal understanding with image recognition and text genera
Qwen-Image is a large-scale vision–language model designed for multimodal understanding. By combining image recognition with text generation, it achieves strong results on benchmarks for captioning, retrieval, and reasoning, offering a powerful foundation for multimodal AI research.
InternVL3.5 open-source vision-language model for multimodal reasoning, captioning, and VQAInternVL3.5 open-source vision-language model for multimodal reasoning, captioning, and VQA

InternVL3.5: Open-Source Multimodal Model

InternVL3.5 is an open-source vision–language model that integrates large-scale visual and textual understanding. It shows strong performance in tasks such as captioning, cross-modal retrieval, and VQA, pushing forward multimodal reasoning in research and practical AI systems.

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FastVLM high-resolution model example: AI correctly identifies a red-and-white “Do Not Enter” streetFastVLM high-resolution model example: AI correctly identifies a red-and-white “Do Not Enter” street
Efficient hybrid encoder for Vision-Language Models that slashes encoding latency—up to 85× faster time-to-first-token, 3.4× smaller encoder—while retaining accuracy. Ideal for real-time, on-device VLM applications.