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Stanford AI Lab

@StanfordAILab英文区其他X 主页 数据 9月4日 05:56 — 10月29日 03:46
日均 0.3 条活跃 12 天带媒体 0%
帖子↑ 43%
17
活跃 12 天 / 跨度 56 天
中位浏览↓ 88%
1,992
P90 2.2万 · 平均 8,844
互动率↓ 2%
0.5%
中位赞 14 · 最高 354

发布节奏

最近 12 周
08-31
09-14
09-21
09-28
10-05
10-12
10-19
10-26
柱状图,最大值 5 条

每周中位浏览

最近 12 周
08-3109-2110-0510-1910-26
峰值 4.4万

发布时间

颜色 = 中位浏览
最佳时段 05:00最佳星期 周五
036912151821
一
二
三
四
五
六
日
少多

爆款 vs 日常

爆款 = 浏览前 10%
指标爆款日常
帖子215
带媒体0%0%
回复0%0%
平均字数268221
中位浏览3.6万1,477

打法建议

只陈述相关性
  • 互动最好的时段是 05:00 前后(北京时间),中位浏览 1.2万。
  • 一周里 周五 的中位浏览最高。
  • 爆款里带媒体占 0%、回复占 0%;日常分别是 0%、0%。
  • 当前节奏约 0.3 条/天,日均浏览 8,844。

内容结构

按本站分析的分类(近 120 天)

还没有分类分析。

形式与语言

帖子占比
  • 纯文字17
英文 · 17

回复占比 0% · 引用 64.7% · 带媒体 0%

互动最高的帖子

按浏览排序
  1. 1

    What would pretraining with zero real data look like? Can a randomly initialized model learn to generate all of its training data entirely through self-play? Find out below! :)

    浏览 4.4万赞 354转 329月26日 01:58原帖
  2. 2

    Introducing Context-Sharded Block Parallelism (CSBP), a new distributed parallelism strategy enabling significant training efficiency for diffusion LLMs, with gains that grow with context length 🚀 ⚡ 7.59× faster DFlash2 speculative decoding drafter training ⚡ 1.61× faster block diffusion fine-tuning ⚡ 1.33× faster autoregressive → block diffusion adaptation

    浏览 2.8万赞 152转 179月19日 02:47原帖
  3. 3

    @StanfordAILab grads hard at work! 🚀

    浏览 1.9万赞 39转 09月4日 05:59原帖
  4. 4

    The most capable models available in the world are using Terminal-Bench-Science to show it (just one week after the benchmark’s release). Congratulations to @StevenDillmann and team for their remarkable impact!

    浏览 1.2万赞 49转 59月4日 05:56原帖
  5. 5

    SWE-chat by @joabaum is a living dataset of human interactions with AI coding agents. 230K prompts from real developers collected in the wild are now available on HuggingFace 🚀 https://huggingface.co/datasets/SALT-NLP/SWE-chat

    浏览 1万赞 36转 310月3日 03:00原帖
  6. 6

    Some interesting and perhaps unexpected properties of tokenization for language models!

    浏览 1万赞 30转 410月3日 02:17原帖
  7. 7

    This work directly tackles the largely unexplored problem of submission overload at conferences. It argues that technical governance solutions can help everyone build trust and faith in our system, and in turn allows building on each other's contributions. Check it out!

    浏览 9,348赞 20转 510月2日 01:35原帖
  8. 8

    Stanford AI Lab is alive and well at COLM! Check out these SAIL projects this week in SF. 🎉 https://ai.stanford.edu/blog/colm-2026/

    浏览 7,995赞 29转 310月8日 01:43原帖
  9. 9

    Can the until-now idle CPUs do useful work while the GPU trains? Turns out they can cut training time a lot!

    浏览 1,992赞 14转 010月29日 03:46原帖
  10. 10

    SAIL is live with EMNLP in Budapest! Congrats to @cyruszzhou on winning the outstanding paper award!🏆 https://ai.stanford.edu/blog/emnlp-2026/

    浏览 1,477赞 3转 110月28日 07:46原帖
  11. 11

    Token-Gated LLMs achieve 11x faster processing over long-context inputs by learning to skim context and only forward tokens that matter. We saw this paradigm shift before when going from dense models to MoEs, and now TokenGate enables another generation of efficient LLMs!

    浏览 1,428赞 4转 210月22日 03:36原帖
  12. 12

    Can a robot learn dexterous manipulation from just one human video? Check out our latest SAIL blog post on DexAgent, an agentic framework that turns a single egocentric video into robot training data using a self-evolving tool library! https://ai.stanford.edu/blog/dexagent/

    浏览 1,058赞 9转 010月15日 06:45原帖

点赞、转发、浏览是采集那一刻的快照,不是帖子最终数据;时间为北京时间。KPI 卡片里的同比只在账号有 8 周以上数据时显示, 否则只看近 4 周。“打法建议”只说明数据里的相关性,不代表因果。