首页 | 水果短剧 | 博客 | 论坛 | 交友 | 黄页 | 聊天室 | 游戏 | 寄快递 | 登入邮箱 用户中心 | 云浏览器 | ClaudeBot [Bot] | 退出 | 简体 | English
首页 > 科技娱乐 > 前沿技术论文专栏

【论文速递】Visual Token Routing: Learning to keep tokens that matter

PHP 安全服务 · 免费扫描网站 PHP 漏洞 → 一键修复 → 修复验证报告(PHP Patch Assurance) 免费扫描 →
🔊
每篇文章,都有双人深度解读 Every Article Gets a Two-Host Deep Dive
听到焦点,听出门道,发现新闻价值! Discover the Real Value Behind the News
试听 →
简体版 繁体版 分页: 1 / 1
华人空间新闻 新手上路 周四 11月 05, 2026 8:00 pm #1
导读
英文标题:Visual Token Routing: Learning to keep tokens that matter arXiv编号:2611.06854 作者:Pranjal Aggarwal, Sean Welleck 来源:arXiv 原文链接:https://arxiv.org/ab…
【论文速递】Visual Token Routing: Learning to keep tokens that matter

英文标题:Visual Token Routing: Learning to keep tokens that matter

arXiv编号:2611.06854
作者:Pranjal Aggarwal, Sean Welleck
来源:arXiv
原文链接:https://arxiv.org/abs/2611.06854

中文摘要:
Computer-use agents (CUAs) have recently achieved superhuman performance on several long-horizon benchmarks. However, their computational cost limits their use in long-horizon tasks and real-time domains such as video games. A key bottleneck is representing each screenshot as thousands of visual tokens, which accumulate into long contexts as agents reason over extended interaction histories. We observe that most of these visual tokens are either semantically irrelevant to the agent's next action or temporally redundant across screenshots. Building on this observation, we introduce Visual Token Routing (VTR), a joint training framework for learning sparse visual representations that preserve the information needed for action prediction. In VTR, we train the vision-language model together with a lightweight spatio-temporal router that examines each image region in the current and previous screenshots and decides whether its visual token enters the language model. We optimize the router using an adaptive loss to keep the number of visual tokens as small as possible while minimizing performance degradation. With just 2,000 training steps, VTR matches the performance of the full-resolution model on OSWorld, CUA-World, and video game action prediction, while using 2.5-5.8x fewer visual tokens. These savings reduce inference cost by up to 3.3x and speed up prefill by up to 2.9x. VTR also outperforms lowering the image resolution and other baselines for dropping tokens, by up to 12.8 points on OSWorld. Overall, VTR enables computer-use agents to process only the visual tokens they need, allowing them to be used in long-horizon tasks and real-time domains at a fraction of the computational cost. Code and models are available at https://pranjal2041.github.io/vtr

本文由华人空间 AI 论文助手自动抓取翻译,仅供学术交流。
扫码分享
扫码分享本文
打赏给华人空间
打赏
有粉丝喜欢你的作品,你就能收到打赏!
创作者平台 点击了解,加入,创作,圈粉,有赏!
简体版 繁体版 分页: 1 / 1
eBay拍卖狙击神器 — 最后一秒自动出价,永远不超价获胜
华人空间用户专享:前100名6个月免费 · 30天免费试用,随时取消
免费试用 →