A parametric observer-based approach for robust fault detection and isolation in multivariable linear systems with unknown disturbances is proposed.
针对具有未知干扰输入的多变量线性系统，提出一种鲁棒故障检测与分离的完全参数化方法。
A parametric observer-based approach for robust fault detection and isolation in multivariable linear systems with unknown disturbances is proposed.
针对一类具有未知干扰输入的时滞线性系统，提出一种鲁棒故障检测与分离的完全参数化方法。
A new parametric observer-based approach for robust fault detection and isolation in linear time-delay systems with unknown disturbances is proposed.
针对一类具有未知干扰输入的时滞线性系统，提出一种鲁棒故障检测与分离的完全参数化方法。
A new parametric observer-based approach for robust fault detection and isolation in linear time-delay systems with unknown disturbances is proposed.
针对具有未知干扰输入的多变量线性系统，提出一种鲁棒故障检测与分离的完全参数化方法。
By appropriately choosing the free parameter satisfying some constraints, the robust fault detection and isolation scheme is realized by employing only one observer-based residual generator.
通过适当选择满足一些约束的自由参数，仅使用单一观测器实现了鲁棒故障检测与分离设计。
By appropriately choosing the free parameter satisfying some constraints, the robust fault detection and isolation scheme is realized by employing only one observer-based residual generator.
通过适当选择满足一些约束的自由参数，仅使用单一观测器实现了鲁棒故障检测与分离设计。
应用推荐