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首页> 外文期刊>International Journal of Swarm Intelligence and Evolutionary Computation >The Relation between Thermodynamics and the Information Theories: The Introduction of the Term Enmorphy
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The Relation between Thermodynamics and the Information Theories: The Introduction of the Term Enmorphy

机译：热力学与信息理论之间的关系：术语“熵”的介绍

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This study aims to present the relation of thermodynamics to the information theories. Thermodynamically, material systems are considered to be understood in terms of Matter, Energy and Entropy. We discuss the significance of the work and the others who contributed for the development of the thermodynamics. In parallel to this fact, the evolution of information theories begins with the mathematization of information. However, Stonier discussed in terms of Matter and Information, considering order to be the inverse of disorder, Or=1/D. Going ahead with the information theories we introduced the term of Enmorphy. We present the concept of Matter-Information— Enmorphy as a system parallel to Matter- Energy-Entropy. The new concept includes the terms: Matter, Information, related to structure, organization and dynamics and the term Enmorphy related to disorder or to the Entropy.
机译：这项研究旨在介绍热力学与信息理论的关系。热力学上，材料，能量和熵被认为是对材料系统的理解。我们讨论了这项工作的重要性以及为热力学发展做出贡献的其他人。与这一事实并行的是，信息理论的发展始于信息的数学化。但是，Stonier在问题和信息方面进行了讨论，认为顺序是无序的倒数，即Or = 1 / D。随着信息理论的发展，我们引入了Enmorphy一词。我们介绍物质信息—熵的概念，该系统与物质—能量—熵平行。新概念包括术语：与结构，组织和动力学有关的物质，信息，以及与无序或熵有关的术语“熵”。

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