| 1. | Verification regulation of electrical power fault sensor test bench a - 33
A - 33型电源故障传感器校验仪试行检定规程 |
| 2. | In this paper , according as multi - sensors datum fusion technology , we can detecu diagnosis and reconstruct the fault sensors according the correlative characteristic of the measured datum
本文中，应用多传感器数据融合技术，利用传感器测量数据相关这种特性对故障传感器进行检测、识别与重构。 |
| 3. | When feedback - signal sensor is in failure , the network could do the real - tune estimation through the detected data of the fault sensors and feedback the signals , thus fault tolerance is achieved
当反馈信号传感器发生故障时，该网络可以对失效传感器的检测数据做出实时估计并反馈信号，从而达到对传感器故障容错的目的。 |
| 4. | Judging by simulation experiments , the approach can accurately on - line detect sensor fault , separate the fault sensors in the meantime , and it can provide system and equipment with temporary predictive signals
该方法采用在线学习训练网络，并给出传感器的预测信号，对传感器是否发生故障做出检测，仿真实验证明，该方法对传感器的故障能在线做出准确的检测，同时隔离故障传感器并为系统和设备提供临时的预测信号。 |
| 5. | This paper analyzes the decoupling controller and sensor system of an autonomous underwater vehicle ( auv ) , and proposes a fault - tolerant control ( also called substituting control ) strategy based on the ideas of replacing the fault sensor outputs by the sliding - mode observer outputs
摘要在分析水下机器人的解耦控制器及传感器系统的基础上，探讨了传感器出现故障时采用以滑模观测器输出代替传感器输出的容错控制（又叫取代控制）策略。 |
| 6. | In the condition of feedback sensor failure , the fault tolerant control is also deeply researched in this paper . when feedback sensor is in failure , the system could do the real - time estimation through the detected data of the fault sensors and feedback the signals , thus fault tolerance is achieved
文章深入研究了控制系统在反馈信号传感器故障情况下的容错控制问题，当反馈信号传感器发生故障时，该系统可以对失效传感器的检测数据做出实时估计并反馈信号，从而达到对传感器故障容错的目的。 |
| 7. | The measured datum of most sensors in the cmfds of machinery & electric equipments are high correlation on usual circs . this provide count resolution redundance to the fault diagnosis of sensors , the correlation of sensors will be changed when there is something wrong with one sensor . the characteristic can be used in the diagnosis of fault sensors
正常情况下，机电设备cmfds中大多数传感器测量得到的数据是高度相关的，因此，这就为传感器的故障诊断与状态监测提供了宝贵的解析冗余，因为当某一传感器发生故障通常会影响与其他传感器数据之间的相关性。 |
