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Adaptive Control of Nonlinear System Based on SVM Online Algorithm

机译:基于SVM在线算法的非线性系统自适应控制

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The training of Support Vector Machine (SVM) is an optimization problem of quadratic programming which can not be applied to the online training in real time applications or time-variant data source. The online algorithms proposed by other researchers are with high computational complexity and slow training speed. This manuscript combines the projection gradient and adaptive natural gradient. It proposes the constraint projection adaptive natural gradient online algorithm for SVM regression. An adaptive SVM controller is designed in the state feedback control for a class nonlinear system. In order to demonstrate the availability of this adaptive SVM controller, we give a simulation of the simple nonlinear system. The results of simulation demonstrate this SVM online algorithm controller is very effective and the SVM controller can achieve a satisfactory performance.
机译:支持向量机(SVM)的训练是二次编程的优化问题,其无法应用于实时应用程序或时变数据源的在线培训。其他研究人员提出的在线算法具有高计算复杂性和慢速速度慢。此稿件将投影梯度和自适应自然梯度结合起来。它提出了用于SVM回归的约束投影自适应自然梯度在线算法。自适应SVM控制器设计在类非线性系统的状态反馈控制中。为了证明这种自适应SVM控制器的可用性,我们可以模拟简单的非线性系统。仿真结果证明了该SVM在线算法控制器非常有效,SVM控制器可以实现令人满意的性能。

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