扰动状态理论允许利用硬化模型得到软化响应。
DSC permits obtaining softening response by using hardening model.
扰动状态理论利用硬化模型并叠加扰动因子得到软化响应。
Softening response was obtained with DSC by utilizing hardening model and introducing disturbance factor into the response depiction.
对基于硬化模型建立的扰动状态理论（DSC）做细观分析。
The paper performs meso analysis of disturbed state concept theory(DSC) which based on hardening model.
扰动状态理论的指导思想是平均化，参考状态本身并不发生劣化过程。
DSC presents an average course, but the reference state responses are not displayed deteriorating course.
对基于硬化模型建立的扰动状态理论（DSC）做出细观分析，进一步证明其解决问题的逻辑合理性。
Meso analysis on disturbed state concept theory(DSC) based on hardening model was performed. The logical rationality of problem-solving steps of DSC was further proved.
理论分析表明，当系统状态初值漂移和系统参数扰动在一定范围内，迭代学习控制算法关于是鲁棒的。
Theoretical analysis indicates that iterative learning control algorithm is robust if initial shift and System parameter disturbance within limited bound.
理论分析表明，当系统状态初值漂移和系统参数扰动在一定范围内，迭代学习控制算法关于是鲁棒的。
Theoretical analysis indicates that iterative learning control algorithm is robust if initial shift and System parameter disturbance within limited bound.
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