首页> 外文会议>International Conference on Computational Scinece and Its Applications(ICCSA 2005) pt.4; 20050509-12; Singapore(SG) >Principles, Models, Methods, and Algorithms for the Structure Dynamics Control in Complex Technical Systems
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Principles, Models, Methods, and Algorithms for the Structure Dynamics Control in Complex Technical Systems

机译:复杂技术系统中结构动力学控制的原理,模型,方法和算法

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摘要

One of the main features of modern complex technical systems (CTS) is the variability of their parameters and structures as caused by objective and subjective factors at different phases of the CTS life cycle. In other words we always come across the CTS structure dynamics in practice. Under the existing conditions the increment (stabilization) of CTS potentialities or reducing of degradation necessitate the control of CTS structures (including the control of structures reconfiguration). The aim of this investigation is to develop principles, models, methods and algorithms for the CTS structure dynamics control.
机译:现代复杂技术系统(CTS)的主要特征之一是其参数和结构的可变性,这是由CTS生命周期的不同阶段的客观和主观因素引起的。换句话说,我们在实践中总是遇到CTS结构的动态变化。在现有条件下,CTS电位的增加(稳定化)或降解的降低需要对CTS结构进行控制(包括对结构重新配置的控制)。这项研究的目的是为CTS结构动力学控制开发原理,模型,方法和算法。

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