End-to-end Terminal Control Design Technology

A. Gusev, K. Andreev, V. Nikiforov
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Abstract

This article covers a specific end-to-end design technology. This technology is based on constructing a mathematical model of a uniaxial gyroscopic stabiliser (UGS) by transforming a physical model of an object created in SolidWorks using standard Matlab tools. Mathematical modelling was carried out to verify the stability of the obtained model. The main stages of end-to-end design (CAD-design) of a dynamic system are formed using the example of a uniaxial gyroscopic stabiliser. Conclusions were drawn on the application of the proposed technology in the design of dynamic systems and the synthesis of control laws. Application of the proposed end-to-end design technology will reduce the number of errors and the design time of dynamic systems and the control law building. An application for the operating system was developed to automate the end-to-end design process.
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端到端终端控制设计技术
本文将介绍一种特定的端到端设计技术。该技术基于构建单轴陀螺仪稳定器(UGS)的数学模型,通过使用标准Matlab工具转换SolidWorks中创建的对象的物理模型。通过数学建模验证了模型的稳定性。以单轴陀螺稳定器为例,形成了动态系统端到端设计(cad)的主要阶段。最后总结了该技术在动态系统设计和控制律综合中的应用。所提出的端到端设计技术的应用将减少动态系统的错误次数和设计时间,并减少控制律的建立。为操作系统开发了一个应用程序,使端到端设计过程自动化。
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