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Engineering System of Systems Conceptual Design in Theoretical Basis of Hierarchical Systems

机译:分层系统理论基础的系统概念设计工程系

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The paper suggests a conceptual model based on the ideas of Hierarchical Systems (HS) technology for design of System of Systems (SoS). Traditional mathematics and artificial intelligence (AI) models do not describe complex engineering systems being designed on all its levels in one common formal basis, i.e. they do not give connected descriptions of the systems structure, the system as dynamic unit in its environment and the environment construction. So, the models of hierarchical and dynamic systems were chosen in the work for the creation of a conceptual model for engineering System of Systems design. All the above descriptions are connected by the coordinator of HS which performs the design and control tasks on its selection, learning and self-organization strata. HS technology application for the case of Stewart robot and its control system is partially described in the paper as a brief example of an engineering System of Systems design and control. The results of the robot design tasks performing are presented as well.
机译:本文提出了一种基于分层系统(HS)技术设计的概念模型,用于系统系统设计(SOS)。传统的数学和人工智能(AI)模型不会以一种常规形式地设计在所有级别上的复杂工程系统,即它们不会对系统结构的连接描述,系统在其环境中和环境中的动态单元。建造。因此,在工作中选择了分层和动态系统的模型,以创建系统设计的工程系统概念模型。所有上面的描述都是通过HS的协调器连接,它在其选择,学习和自组织地层上执行设计和控制任务。 HS技术应用于Stewart机器人及其控制系统,作为系统设计和控制的工程系统的一个简要示例,部分地描述了纸张。还提供了机器人设计任务的结果。

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