计算网络交互的数学表达

S. Orzen
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引用次数: 0

摘要

本文介绍了数学理解的表达性质及其在计算机网络和系统定义领域的应用。在沟通层面上的互动,必须以一种商定的方式来理解,它与技术要求的邻接性是一致的,这些技术要求都是计算工程技术,在第二节中列举。交互信念需要仔细的规划,这是由抽象计算形式并将其表达为现实世界应用形式的推理过程所限制的,交互信念是从阐明概念理论的实际实现的逻辑关系中推断出来的,这在第三节和第四节中进行了描述,而第五节给出了结束语。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Mathematical expressiveness for computational network interaction
In this paper, the expressive nature of mathematical understanding is presented with its applications in the domains of computer networks and systems definition. Interaction at the level of communication, which must be understandable in an agreed upon manner, is formulated with its adjacency to technical requirements, that are all computational engineered technology, which is enumerated in section two. Needing a careful planning, that is confined by the reasoning process of abstracting the computing form and expressing it in the real world application form, interactive belief is inferentially deduced, from logical relations that clarify practical realization of the concept theory, which is depicted in sections three and four, while section five, gives the concluded remarks.
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