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融智学视域下的深度神经网络家族诊断:以孪生图灵机、序位逻辑与多胞冯氏机为判据October 2026
DOI:
摘要 / ABSTRACT
中文摘要:本文从融智学(Rongzhiology) 的视域出发 ,以邹晓辉教授提出的孪生图灵机、序位逻辑与多胞冯氏机三件理论工具为形式化判据 ,对深度神经网络(DNN) 家族的四类核心算法——反向传播(BP)、注意力机制(Attention)、 自监督学习( SSL) 与强化学习(RL)——进行逐层诊断。结论指出: 四者并非 "效果不足"的工程问题 ,而是共享同一个范式级缺陷——在纯形式域内以连续可微的数值优化冒充离散不可微的认知过程 ,从而缺意义域接口 、缺逻辑位序、缺用意选择、缺五信体系、缺您构多胞协同。本文进一步给出融智认知架构(RCA) 的六维补全框架 ,指出下一代认知系统的方向是范式跃迁而非架构微调。
English Abstract: From the perspective of Rongzhiology, this paper employs three theoretical instruments—the Twin Turing Machine, Ordinal-Positional Logic, and the Polycellular von Neumann Machine—to diagnose four core algorithms of the deep neural network family: Back-Propagation, Attention, Self-Supervised Learning, and Reinforcement Learning. The diagnosis reveals a shared paradigm-level deficiency: operating solely within the formal domain, these algorithms use continuous differentiable numerical optimization to imitate discrete non-differentiable cognitive processes, thereby lacking a meaning-domain interface, logical position-order, purposive choice, a five-faith credit system, and heterogeneous polycellular coordination. A six-dimensional remediation framework for a Rongzhi Cognitive Architecture (RCA) is proposed.
关键词:融智学;孪生图灵机;序位逻辑;多胞冯氏机;深度神经网络;反向传播;注意力机制; 自监督学习;强化学习;有位无序
Keywords: Rongzhiology; Twin Turing Machine; Ordinal-Positional Logic; Polycellular von Neumann Machine; DNN; BP; Attention; SSL; RL; Position-without-Order










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