第二章重点对协同学理论进行系统的概述。
Chapter two was a systematically overview of Synergetics theory.
首先总结了相关理论基础，包括技术创新理论和协同学理论。
First, we summed up the relevant theoretical basis, including technical innovation theory and Synergy theory.
协同学理论是研究复杂的开放系统内各子系统如何协同工作的理论。
Synergetic is a theory to study every subsystem in the complicated open system how to work in coordination.
本文运用信息域方法、协同学理论建立了地貌系统演化的一般方程。
By using the Methodology of Information Domain and Synergetics Theory, a general equation of geomorphic systemative evolution has been established in this paper.
采用了协同学理论方法来分析城市客运交通大系统以及各子系统的问题。
Coordination theory is adopted to analyze the problems of urban transport system and its subsystems.
本文介绍了协同学理论，并提出了多路径负载预测基于最大熵原理的自动协调的方法。
This paper introduces synergetic theory and proposes multi-path load forecasting automatically coordinated approach based on the maximum entropy principle.
并结合灰色理论和协同学理论，基于实测拱顶下沉数据，建立塌方时间预报的灰色-协同理论模型。
At the same time, based on the measured data of vault crown settlement, a grey-synergetic prediction model is established by use of the grey theory and the synergetic theory.
第二种方法是运用协同学理论从系统协同运作的角度，建立评价体系，计算工程设备维修配件物流系统的协同度。
The first approach USES entropy information measurement method from the system structure point of view, to evaluate service parts logistics system's interoperability.
第二种方法是运用协同学理论从系统协同运作的角度，建立评价体系，计算工程设备维修配件物流系统的协同度。
The first approach USES entropy information measurement method from the system structure point of view, to evaluate service parts logistics system's interoperability.
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