更改

定义(连续公式) : 主动推理依赖于元组<math>(\Omega,\Psi,S,A,R,q,p)</math> ,

定义(连续公式) : 主动推理依赖于元组<math>(\Omega,\Psi,S,A,R,q,p)</math> ,

[[Image:MarokovBlanketFreeEnergyFigure.jpg|500px|right|These schematics illustrate the partition of states into internal and hidden or external states that are separated by a Markov blanket – comprising sensory and active states. The lower panel shows this partition as it would be applied to action and perception in the brain; where active and internal states minimise a free energy functional of sensory states. The ensuing self-organisation of internal states then correspond perception, while action couples brain states back to external states. The upper panel shows exactly the same dependencies but rearranged so that the internal states are associated with the intracellular states of a cell, while the sensory states become the surface states of the cell membrane overlying active states (e.g., the actin filaments of the cytoskeleton).]]

[[Image:MarokovBlanketFreeEnergyFigure.jpg|500px|right|These schematics illustrate the partition of states into internal and hidden or external states that are separated by a Markov blanket – comprising sensory and active states. The lower panel shows this partition as it would be applied to action and perception in the brain; where active and internal states minimise a free energy functional of sensory states. The ensuing self-organisation of internal states then correspond perception, while action couples brain states back to external states. The upper panel shows exactly the same dependencies but rearranged so that the internal states are associated with the intracellular states of a cell, while the sensory states become the surface states of the cell membrane overlying active states (e.g., the actin filaments of the cytoskeleton).|链接=Special:FilePath/MarokovBlanketFreeEnergyFigure.jpg]]

[[图片：MarokovBlanketFreeEnergyFigure.jpg|500px |右|这些示意图说明了将状态划分为内部状态和隐藏状态或外部状态，这些状态由一个马尔可夫毯（包括感觉状态和活动状态）隔开。下面的面板显示了这个分区，因为它将应用于大脑中的动作和感知；活动和内部状态将感官状态的自由能功能最小化。随后内部状态的自组织与感知相对应，而动作将大脑状态与外部状态耦合。上面的面板显示了完全相同的依赖性，但重新排列，使内部状态与细胞内状态相关联，而感觉状态则成为细胞膜上覆盖活性状态的表面状态（例如，细胞骨架的肌动蛋白丝）。]]

[[图片：MarokovBlanketFreeEnergyFigure.jpg|500px |右|这些示意图说明了将状态划分为内部状态和隐藏状态或外部状态，这些状态由一个马尔可夫毯（包括感觉状态和活动状态）隔开。下面的面板显示了这个分区，因为它将应用于大脑中的动作和感知；活动和内部状态将感官状态的自由能功能最小化。随后内部状态的自组织与感知相对应，而动作将大脑状态与外部状态耦合。上面的面板显示了完全相同的依赖性，但重新排列，使内部状态与细胞内状态相关联，而感觉状态则成为细胞膜上覆盖活性状态的表面状态（例如，细胞骨架的肌动蛋白丝）。]]

<small>This page was moved from [[wikipedia:en:Free energy principle]]. Its edit history can be viewed at [[自由能原理/edithistory]]</small></noinclude>

<small>This page was moved from [[wikipedia:en:Free energy principle]]. Its edit history can be viewed at [[自由能原理/edithistory]]</small></noinclude>