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Study on multidisciplinary system of electric power steering based on dSPACE

机译:基于DSPACE的电力转向多学科系统研究

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Electric power steering (EPS) is a typical multidisciplinary system, its development period is long and process is complexity. The non-linear characteristics and uncertainties caused by different driving cycles and roads make development more difficult. To verify the EPS system, the H∞ robust controller was designed and the hardware-in-loop(HIL) simulation platform of EPS system based on dSPACE was set up. The result shows that the H∞ algorithm has good stability and robustness, HIL technology makes application development so much easier and faster.
机译:电力转向(EPS)是一个典型的多学科系统,其发展期很长,过程是复杂性的。不同的驾驶循环和道路引起的非线性特性和不确定性使得开发更加困难。为了验证EPS系统,设计了H 鲁棒控制器,并建立了基于DSPACE的EPS系统的循环系统(HIL)仿真平台。结果表明,H 算法具有良好的稳定性和稳健性,HIL技术使应用开发更容易和更快。

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