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记忆与上下文
筛选文章 记忆与上下文
记忆与上下文
第 3 页 · 12 / 36-
Why more agent tools can mean worse tool selection How Tool Search loads definitions on demand, affects prompt caching, and differs from MCP connections and ARD resource discovery.
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Agent 工具越接越多,为什么反而更容易选错?读懂 Tool Search、MCP 与运行时发现 解释 Tool Search 如何按需加载工具定义,为什么它会影响 Prompt Cache,以及 MCP、Tool Search 和 ARD 分别解决什么问题。
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Should an agent keep going or start a fresh attempt? Use When Agents Slow Down, Reflexion, Hyperband, and agent evaluation to compare continued revision with independent attempts under reproducible budgets.
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Agent 该继续跑,还是重新开一轮?读懂预算分配、记忆与评测 结合 When Agents Slow Down、Reflexion、Hyperband 和 Agent 评测,说明怎样比较连续修改与独立尝试,并设计可复现的预算分配实验。
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长任务为什么不能只靠一条越来越长的对话 结合 OpenAI Agents API 和 Anthropic Managed Agents,解释 Session、Context Window、Compaction 与持久状态怎样支撑跨上下文窗口的长任务 Agent。
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Why long tasks need more than one growing conversation How OpenAI Agents API and Anthropic Managed Agents use sessions, context windows, compaction, and persistent state for long-running agents.
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RTK: filter shell output before it reaches a coding agent RTK filters test, Git, search, and build noise before command output enters model context, applying context engineering at the tool-output boundary.
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RTK:Coding Agent 不该把整段 Shell 输出塞进上下文 介绍 RTK 如何在命令输出进入模型上下文前过滤测试、Git、搜索和构建噪声,把 Context Engineering 做到工具输出边界。
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Free Vision Skill: visual evidence for text agents VEP/1 turns images into short evidence packets. Provider fallback, caching, and credential storage manage cost and reliability for text agents.
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Free Vision Skill:让文本 Agent 按需读取视觉证据 通过 VEP/1 把图片转换成短证据包,并用 Provider fallback、缓存和凭据存储控制文本 Agent 的视觉输入成本与可靠性。
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Loop Engineering Harness: controlling agent iterations Break down planning, execution, evaluation, state management, and stopping rules to keep multi-step agent tasks controlled and traceable.
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Loop Engineering Harness:怎样控制 Agent 的迭代循环 把 Harness 作为一种工程模式,拆解计划、执行、评估、状态管理和终止判断,说明 Agent 多轮任务怎样保持可控和可追溯。