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From Minimum Entropy Production Principle To Minimum Information Loss With Elliptic Type Quasilinear PDEs

机译:从最小熵生产原理与椭圆型Quasilinear PDES的最小信息丢失

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The Laplace equation does not contain any entropy production [27]. The entropy production can be illustrated with the Dirichlet Integral Principle and the quasilinear PDE of second order [28,27]. They can show the physical meaning too. The content of the quasilinear PDE leads to the probability density function of the process and the minimum principle of the entropy production [15,16,19,25]. The Maxwell's demon shows the connection between [18,26,21,20,22,23,24] thermodynamics and the theory of information. The negentropy principle of Brillouin [22] gives the important bridge between the thermodynamical problem of dissipation and the gain in information. The entropy compensation at an open stationary state shows the relation between negentropy principle [27] and minimum entropy principle and the connection to minimum information loss.
机译:拉普拉斯方程不含任何熵生产[27]。熵产生可以用Dirichlet积分原理和二阶的Quasilinear PDE说明[28,27]。他们也可以表现出物理意义。 Quasilinear PDE的含量导致过程的概率密度函数和熵产生的最小原理[15,16,19,25]。 Maxwell的恶魔表明了[18,26,21,20,22,23,24]热力学和信息理论之间的连接。 Brillouin [22]的共阴原理给出了耗散热力学问题与信息的收益之间的重要桥梁。开放式静止状态下的熵补偿显示了共对原理[27]和最小熵原理与最小信息损失之间的关系。

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