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    Minqi Jiang Faults Coding Agents for Bloated Codebases

    Researcher links over-recall in agents to excessive code from training incentives.

    MJ
    1 Source, 30d ago, first seen 30d ago

    TLDR

    Minqi Jiang posted that frontier coding agents remain poorly calibrated on their own knowledge boundaries. They therefore default to generating many possible solutions rather than precise ones. Jiang traces this pattern to reinforcement learning objectives used during training. The resulting emphasis on recall instead of precision produces the oversized codebases often seen in AI projects. His comments describe a specific limitation in current agent behavior without claiming broader industry trends or external validation.

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    1 Source, first seen 30d ago

    Combined views

    4.3K

    1 Source, first seen 30d ago

    60 likes
    60 likes
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    7 comments
    15 saves
    6 reposts

    Sentiment

    Positive——Negative

    Summary

    Not enough discussion yet.

    No sentiment analysis available yet.

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    1 Source

    @MinqiJiangFrontier coding agents are still badly calibrated on what they know and don't know. So they resort to a spray-and-pray strategy, likely promoted by the RL tasks used in training. This strong bias towards recall over precision explains a lot of why AI codebases become so bloated.

    1 Source

    @MinqiJiangFrontier coding agents are still badly calibrated on what they know and don't know. So they resort to a spray-and-pray strategy, likely promoted by the RL tasks used in training. This strong bias towards recall over precision explains a lot of why AI codebases become so bloated.