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    SkillGLoW Improves Agents With Compact Shared Memory

    Rohan Paul shares how agents gain performance by storing reusable procedures instead of past tasks.

    RP
    2 Sources, 25d ago, first seen 25d ago

    TLDR

    A tweet by Rohan Paul, a Bengaluru-based machine learning engineer, discusses SkillGLoW for self-improving agents. It states that agents perform better by remembering reusable ways of solving tasks rather than every past task. The post claims this method delivers 17.2 points higher performance with a 3.6 times more compact library. It notes that storing shared procedures allows agents to remember less while achieving stronger results. The tweet includes an attachment showing a screenshot of an arXiv paper title.

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    8.7K

    2 Sources, first seen 25d ago

    Combined views

    8.7K

    2 Sources, first seen 25d ago

    153 likes
    153 likes
    21 comments
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    43 reposts

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    21 comments
    111 saves
    43 reposts

    Sentiment

    Positive——Negative

    Summary

    Not enough discussion yet.

    No sentiment analysis available yet.

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    2 Sources

    @rohanpaul_aiSelf-improving agents need a useful way to remember what worked. SkillGLoW shows agents should remember reusable ways of solving tasks, not every past task, gaining 17.2 points with a 3.6× more compact library. Self-improving agents can remember less and perform better when they store shared procedures. The task-specific details are rebuilt from the current task instead of stored permanently. It also tests memory updates in real execution and rejects changes that make the agent worse.

    2 Sources

    @rohanpaul_aiSelf-improving agents need a useful way to remember what worked. SkillGLoW shows agents should remember reusable ways of solving tasks, not every past task, gaining 17.2 points with a 3.6× more compact library. Self-improving agents can remember less and perform better when they store shared procedures. The task-specific details are rebuilt from the current task instead of stored permanently. It also tests memory updates in real execution and rejects changes that make the agent worse.