运用坐标变换方法和仿射映射的有关原理,对迟滞系统的输入信号进行变换映射。
The coordinate transformation method is used to realize the mapping between the input set and the output set of the hysteresis.
运用坐标变换方法和仿射映射的有关原理,对迟滞系统的输入信号进行变换映射。
Then, the affine mapping theory is applied to modeling a class of hysteresis, which is stimulated by smooth periodic signals.
在采用一个鲁棒性匹配误差映射函数的基础上,使用一种类牛顿法的迭代优化方法实现了基于仿射模型的图像目标跟踪算法。
With the use of a robust error mapping function, an affine model-based target tracking algorithm is formulated, in which a quasi-Newton's iterative method is implemented in the optimization progress.
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