Abstract

The basic principles of an information-based systems approach to optimal organization of complex industrial processes with a hierarchical structure are outlined, for the example of systems in chemical technology. General laws of the development of living things can be employed. In particular, Roullier’s evolutionary law of growing system complexity in the organization of organisms is applied to the development of optimally organized systems in chemical technology, on the basis of a multilevel description. This approach gives rise to emergent properties (synergy) in the systems. As a result, exceptional efficiency is attained on account of optimal distribution of the system functions among its elements.

中文翻译：

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复杂技术过程优化组织的信息系统方法

摘要

以化学技术中的系统为例，概述了基于信息的系统方法的基本原理，该方法可优化具有层次结构的复杂工业过程的组织。可以采用生物发展的一般规律。特别是，在多层次描述的基础上，鲁利尔关于有机体组织中系统复杂性不断增长的进化定律被应用于化学技术中最佳组织系统的开发。这种方法在系统中产生了紧急特性（协同作用）。结果，由于系统功能在其各要素之间的最佳分配而获得了非凡的效率。