The optimal efficiency, output power and entropyproduction at the maximum of an ecological function are obtained, and are compared with those results at the condition of maximum output power.
获得了在最大生态学函数条件下的最佳效率、输出功率和熵产生，并与在最大输出功率条件下的结果进行比较。
2
Expressions of drift information flow and diffusion information flow, and concise formulas of information dissipation rate and information entropyproduction rate are given.
给出了漂移信息流和扩散信息流的表达式、信息减损率和信息熵产生率的简明公式。
3
The non-equilibrium thermodynamic theory of artificial neural networks is introduced in this paper. The concepts ofentropyproduction rate, network stability condition and its applications are given.