最后优化残差产生器的参数，使得故障检测系统对未知输入具有较强的鲁棒性，同时对故障具有较高的灵敏度。
Finally the parameter of the residual generator is optimized, so that the fault detection system is robust to the unknown inputs and simultaneously sensitive to the faults.
给出了该方法的鲁棒性和灵敏度的分析结果。
Analysis results for robustness and sensitivity of this method were also given.
相对残差产生器的主动鲁棒性设计，自适应阈值方法也是提高故障检测系统的灵敏度和鲁棒性的一种有效方法。
Compared with active robust approaches based on generating residuals, robustness and sensitivity of fault detection system can be enhanced by using adaptive thresholds too.
根据闭环系统补灵敏度函数的最大值，从频域角度设计了滤波时间常数，以保证系统具有一定的鲁棒性。
According to the maximum magnitude of the complementary sensitivity function, the filter time constant is calculated to assure the robustness of system.
采用频域的零点配置方法，通过在系统极点附近配置多个滤波器零点设计强鲁棒性的多峰极不灵敏（E I）最优随机时滞滤波器。
Zero placement method in the frequency domain is utilized to design robust multi-hump EI optimal arbitrary time-delay filter (OATF) by placing two or more filter zeros nearby the system poles.
本文基于最优控制和极点配置理论，提出一种灵敏度低、动特性好的次最优鲁棒调节器设计法。
In this paper, based on the theories of optimal control and pole assignment, a design method for suboptimal robust regulators which have low sensitivity and good dynamical characteristics is proposed.
所设计的滤波器同时满足残差对干扰的鲁棒性和对故障的灵敏性。
The filter is designed to meet the residual right of interference robustness and fault sensitivity.
针对线性时不变动态系统，给出了故障检测观测器设计问题的描述，采用后置滤波器达到对故障具有尽可能大的灵敏度，而同时对未知输入信号的影响具有尽可能强的鲁棒性目标。
Using post-filter can reach the aim when the system is designed to be as possibleas sensitive to faults and simultaneously as possibleas robust to the unknown inputs such as disturbance.
该方法无须求解函数灵敏度，在保证拟合精度的前提下，能光滑响应并最大程度减少精确分析计算量，分析前翼子板回弹补偿优化设计实例，证明其具有很高的精度和鲁棒性。
The proposed method is used with FE simulations, and the example of spring-back compensation demonstrates that it is efficient, accurate and robust for auto panel forming process optimization.
同时详细地分析了该方法的鲁棒性、灵敏性和稳定性。
The fault occurs if the difference between them equals or exceeds the threshold. Robustness, sensitivity and stability are analyzed.
同时详细地分析了该方法的鲁棒性、灵敏性和稳定性。
The fault occurs if the difference between them equals or exceeds the threshold. Robustness, sensitivity and stability are analyzed.
应用推荐