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Embodied Neurocomputation 框架:生物神经培养物接口与规模化任务驱动验证

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研究者提出 Embodied Neurocomputation 框架,用于系统级优化传统硅计算接口与生物神经网络(BNN)之间的编码与解码机制。团队以在模拟网格世界中沿气味梯度做闭环导航的 BNN 智能体为对象,完成首次大规模编码参数优化,评估约 1,300 个参数组合、超过 4,000 小时实时智能体—环境交互,最终筛出 12 个在多轮次中持续表现出学习的配置。该工作目前仅见这一篇报道,尚无更早或相互矛盾的信息。

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Oct 5, 2026
  1. arXiv · Neural and Evolutionary Computing
    Embodied Neurocomputation:生物神经培养物接口框架与规模化任务驱动验证

    研究者提出 Embodied Neurocomputation 框架,用于系统级优化传统硅计算接口与生物神经网络(BNN)之间的编码与解码机制。团队对在模拟网格世界中沿气味梯度做闭环导航的 BNN 智能体完成首次大规模编码参数优化,评估约 1,300 个参数组合、超过 4,000 小时实时智能体—环境交互,筛出 12 个在多轮次中持续表现出学习的配置。

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