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基于信息原理生态工业系统的结构演化

Structural evolution of eco-industrial systems basing on information principle

中文摘要英文摘要

生态工业系统是一个与环境融合在一起的动态的复杂系统。目前已有从复杂系统理论学科群的角度开展的大量研究。但由于对复杂系统本质的理解仍然有偏差,现有的这些研究仍无法很好地从根本上揭示复杂生态工业系统的本质特性及其生成演化过程。本文在提出世界的信息化新本原的基础上,将复杂生态工业系统乃至世界万物看作是信息过程中的"软系统",而并非"硬系统"。将生态工业系统看作是一个通过最大化地收集广义信息流使自身生成演化的生命体,从而揭示了复杂生态工业系统的实质,由此得到控制生态工业系统生成演化的动力学式进而求解。由此构建起生态工业系统的全新框架模型。最后通过鲁北生态工业系统的案例来说明该框架模型对于理解包括生态系统在内的宇宙万物机制的理解的可能性。除此之外,有望进一步更好地解释或调试我们真实的世界,如组元间相互作用,分形现象及演化机制,多个特定生态工业系统的实际设计。

he eco-industrial system, blending together with environment, is an open dynamic complex system. Many investigations have been conducted from perspectives of complex systems theories during past years. However, since the poor understanding on the essence of complex systems, available theories have made little breakthrough in well essentially explaining the characteristics and the process of generation or evolution of eco-industrial system. In this paper, basing on a proposal for new informational reality in world, eco-industrial system, along with anything in the world, is treated not as a "hard system" preexisted somewhere, but a "soft system" resulted from an informational process. In other word, eco-industrial system is generated and evolved as a living body during the process of maximizing the generalized information entropy. In this way, the essence of a complex eco-industrial system has been revealed. The dynamic equation that controls the generation and evolution of an eco-industrial system can accordingly be acquired and resolved, from which the underlying dynamics and fractal features can be deduced. Thus, a complete new framework for eco-industrial system can be built. At last, Lubei eco-industrial system is utilized as a typical case to show that this new framework or model is capable of giving renewed mechanistic understanding on our universal nature including eco-industrial system. In addition, it is also hopeful in better explaining or adjusting our real world, such as agent interactions, the fractal phenomena and evolution property, actual design of many specific eco-industrial systems.

程宏鑫、柴立和、刘敏、王梦姝

系统科学、系统技术信息科学、信息技术环境科学理论

生态工业系统信息最大流原理分形生长

eco-industrial systeminformationmaximum flux principlefractal growth

程宏鑫,柴立和,刘敏,王梦姝.基于信息原理生态工业系统的结构演化[EB/OL].(2011-05-13)[2025-08-16].http://www.paper.edu.cn/releasepaper/content/201105-317.点此复制

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