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English(EN) Four tutorials, one unnamed move: find where the data is thin, refuse to act there. W29 — don't render unconstrained geometry. W32 — don't reason from an uncali

AI开发原则:数据稀疏性、几何图形和校准

本文概述了开发更强大的AI系统的四个关键原则,重点是避免在数据不足的区域采取行动,以及不渲染不受约束的几何图形。它还建议不要从未经校准的谓词进行推理,也不要在误差范围之外执行。作者认为,AI检测器在不同尺度上有所不同,在推出规模上,模型在漂移时置信度会下降,这需要通过测量而不是直接提问来解决。 AI

影响 这些原则可以通过强调数据驱动的决策和误差范围的遵守,来构建更可靠、更安全的AI系统。

排序理由 该条目是一篇讨论AI开发原则和方法的博客文章,而不是主要发布或重要的行业事件。

在 Mastodon — fosstodon.org 阅读 →

AI 生成摘要 · Google Gemini · 来自 1 个来源。 我们如何撰写摘要 →

AI开发原则:数据稀疏性、几何图形和校准

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该条目是一篇讨论AI开发原则和方法的博客文章,而不是主要发布或重要的行业事件。
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报道来源 [1]

  1. Mastodon — fosstodon.org TIER_1 English(EN) · [email protected] ·

    四份教程,一个未命名操作:找出数据稀疏之处,拒绝在此行动。W29 — 不要渲染不受约束的几何图形。W32 — 不要从未经校准的

    Four tutorials, one unnamed move: find where the data is thin, refuse to act there. W29 — don't render unconstrained geometry. W32 — don't reason from an uncalibrated predicate. W33 — don't execute past your error bound. The catch: the detector differs at every scale, and at roll…