| 1. | Software ' s single fault model and its testing methods
软件的单故障模型及故障的测试方法 |
| 2. | Function solution for system - level fault diagnosis based on chwa amp; hakimi fault model
故障模型的系统级故障诊断方程解决 |
| 3. | The calculation - improving of stress amplification coefficient and the checking of its trouble - shooting model
羊肠线应力放大系数改进算法及故障模型鉴别 |
| 4. | Random failures of generator , transformer , transmission line , protection system and topology of both power station and power network are constructed
根据元件故障的概率分布，建立静态安全分析中发电机、变压器、输电线路、保护系统的随机故障模型。 |
| 5. | By analyzing the reason of producing scratches , the fault model of the canopy glass is set up , and the fault - forecasting method for the scratch on the surface of
从划伤的产生原因着手进行分析,建立了座舱玻璃划伤故障模型,提出了座舱玻璃表面划伤故障预制方法。 |
| 6. | With the development of manufacturing technology of digital integrated circuit , the voltage test method based on stuck - at fault model can not detect all the faults in modern integrated circuit
随着集成电路制造技术的发展,基于固定型故障模型的电压测试技术越来越不能满足高性能集成电路的需求。 |
| 7. | And then , we introduce the fault diagnosis expert system and the k layers of bp neural network , and bring forward a hierarchical structure graph . at last , we list some instances of the above - described models and fault diagnosis
根据hj04a系统的具体情况，对4种故障模型和3种诊断方法都给出了具体的实例，并且一一进行了分析。 |
| 8. | Considering a more general continuous fault model of sensors , the sufficient condition of regional stabilizability is obtained for linear systems with uncertainty by using modified lyapunov inequality
摘要针对具有不确定性的线性系统，考虑具有更广泛意义的传感器连续故障模型，应用修正的李亚普诺夫不等式，给出了系统区域稳定的充分条件。 |
| 9. | The general structure and the principle of fault detect based model are given , fault model of sensor , actuator and state in system are founded , and the sufficient and indispensable conditions of fault detectability in control system are given
研究了基于模型故障检测的基本结构和原理，建立了传感器、执行器和系统状态的故障模型，给出了控制系统故障可检性的充要条件。 |
| 10. | Then the method of fault diagnosis in three - phase thyristor converter bridge based on spectrum analysis is discussed . and the fault model was simulated and analyzed again in the method , also fault diagnosis criterion is gained in the condition
接着，阐述了基于频谱分析的三相全控整流桥故障诊断方法，并应用该方法对故障模型重新进行了仿真、分析，得出了相应的故障诊断判据。 |
