随着电力电子设备在船舶中的大量应用，非线性负载的增多，对船舶电站控制的可靠性及故障预防提出了更高的要求。
With more application of electric and electronic devices on ship, more and more nonlinear loads take higher demand for reliability and fault prevention of power station control.
预期的可用率、可靠性、平均故障间隔时间(MTBF)及修复时间怎样？
What are the expected availability, reliability, MTBF and Time-to-Repair?
将其用于飞行器导航系统模糊可靠性分析及故障检测，可有效地提高飞行器导航系统的可靠性分析。
The application of cloud models to fuzzy reliability analysis and fault detection in aircraft navigation system can effectively enhance reliability assessment of navigation system.
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