首页> 外文会议>2002 ASME Design Engineering Technical Conferences and Computers and Information in Engineering Conference, Sep 29-Oct 2, 2002, Montreal, Canada >THEORETICAL EVALUATION OF THE INTEGRATED STRUCTURE AND CONTROL DESIGN APPROACH BY OPTIMIZATION THEORY
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THEORETICAL EVALUATION OF THE INTEGRATED STRUCTURE AND CONTROL DESIGN APPROACH BY OPTIMIZATION THEORY

机译:优化理论的集成结构与控制设计方法的理论评价

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Comparing to the traditional sequential design approach , the integrated structure and control design approach integrates the mechanical structure design and the control system design by formulating the design as an optimization problem. This paper investigates two important questions pertaining to the integrated structure and control design approach: Why and when should the integrated design approach be used rather than the traditional sequential design approach? In this paper, we have formulated both approaches as optimization problems. The benefit of the integrated design approach over the sequential design approach is proved in this paper. The conditions for when the integrated design approach will result in better closed-loop system performances are also given. A simple example is given to illustrate the theoretical results derived. The conclusion is given following this example and the simulation results are shown at the end of the paper.
机译:与传统的顺序设计方法相比,集成结构和控制设计方法将机械结构设计和控制系统设计集成为一个优化问题,从而将其设计化。本文研究了与集成结构和控制设计方法有关的两个重要问题:为什么以及何时应使用集成设计方法而不是传统的顺序设计方法?在本文中,我们将两种方法都表述为优化问题。本文证明了集成设计方法优于顺序设计方法的好处。还给出了何时集成设计方法将导致更好的闭环系统性能的条件。给出一个简单的例子来说明得出的理论结果。在此示例之后给出结论,并在本文末尾显示仿真结果。

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