Revealing Interpretable Failure Modes of VLMs
A new paper titled "Revealing Interpretable Failure Modes of VLMs" by Isha Chaudhary et al. has been published on arXiv. This research explores various failure modes within Vision-Language Models (VLMs).
A new research paper, "Revealing Interpretable Failure Modes of VLMs," authored by Isha Chaudhary and four co-authors, has been made available on the arXiv preprint server. The paper, submitted on May 12, 2026, focuses on understanding and identifying various failure modes within Vision-Language Models (VLMs). This study is categorized under Computer Science (cs.AI).
Readers can access a PDF version of the full text directly from the arXiv platform. Additionally, experimental HTML and TeX Source formats are available for review. For those interested in citation and bibliographic management, tools such as BibTeX, NASA ADS, Google Scholar, and Semantic Scholar are supported.
The research benefits from several integrated tools and platforms designed to enhance its accessibility and impact. These include alphaXiv for code and data, CatalyzeX Code Finder, DagsHub, Gotit.pub, and Huggingface. Demonstration platforms like Replicate, Hugging Face Spaces, and TXYZ.AI are also listed, providing avenues for practical engagement with the study's findings.
Further resources for related papers and academic exploration are highlighted, such as the Influence Flower, CORE Recommender, and other search tools. arXivLabs, an initiative supporting experimental projects, underscores the platform's commitment to open science, community collaboration, excellence, and user data privacy. The platform encourages new projects that align with its values and benefit the academic community.
Related articles
The AI world is getting ‘loopy’
AI models are taking a significant leap forward with the adoption of "agentic loops," where AI agents continuously prompt each other to improve code and solve complex problems. This approach, though potentially resource-intensive, promises to unlock new levels of autonomous problem-solving and efficiency in AI applications.
Codex-maxxing for long-running work
Codex is increasingly being used by organizations to support long-running projects that go beyond a single prompt. This whitepaper by Jason Liu offers practical strategies for leveraging Codex as a persistent workspace, managing complex workflows and sustaining progress.
Nobel laureate John Jumper is leaving DeepMind for rival Anthropic
Nobel laureate John Jumper is departing Google DeepMind to join its competitor, Anthropic, after dedicating nearly nine years to DeepMind, where he led the AlphaFold team. Jumper, who shared a Nobel Prize for his work on AlphaFold, expressed gratitude for his time at DeepMind while looking forward to new endeavors.
