将其应用于机床齿轮箱运行状态检测，具有很高的故障检测率。
It was used in machine tool gear box to carried out state detection, and owned high fault detection rate.
利用该模型，详细分析了故障检测装置的故障检测率对系统可靠性的影响。
Based on this model, the effect of the fault detection rate of the fault detection devices in AHAS is discussed in detail.
与传统两状态方法相比，基于三状态方法的BIT通过诊断间歇故障，不仅有效地抑制间歇故障引起的虚警，而且还能提高故障检测率。
By diagnosing intermittent fault, BIT with the method is better than that of two-state method in reducing false alarm rate as well as increasing fault detection rate.
BIT虚警率高阻碍了BIT效能的充分发挥和更广泛、更深入的应用，如何在故障检测率一定的条件下，降低虚警率将成为一个亟待解决的问题。
The application of BIT system was widely hindered by the high FAR. How to reduce FAR without reducing FDR is a difficult problem that needs to solve.
新方法可生成精简的、故障覆盖率高的测试图形，并尽可能多地检测多重故障。
The proposed method can generate simplified test patterns with high fault coverage, and can detect multiple faults as many as possible.
加上功能测试，这个过程中检测到的故障率要比单独进行在线测试故障发现率大。
And, when coupled with functional testing, the fault coverage for the entire process is as good as or better than in-circuit testing alone.
管道完整性管理是通过对管道的一系列检测、评价和维护措施的实施，使管道系统的故障率降低至社会和公众可接受的水平。
Through a series of inspection, assessment and maintain measure used on the pipeline, the failure in pipeline system can reduced to the level that the society & the public can accept.
增强控制液压油污染的意识，加强对液压油污染的检测，提高液压油管理技术，能有效降低液压系统故障率。
Strengthening the awareness and testing of oil pollution control, and improving management skills of hydraulic oil can effectively reduce hydraulic system failures.
对于网络中存在的节点瞬时故障，通过时间冗余的检测方法，降低故障诊断的虚警率。
Time redundancy is used to reduce faulty alarm rate for transient faults of nodes in WSNs.
根据导弹武器贮存条件、年限和故障率，进行定性和定量分析确定武器最佳检测周期。
According to stockpile condition, fixed number of year and possibility of failure of missile weapon, the nature and quantitative analysis is made to determine optimal test cycle of missile.
仿真结果表明：所提方法对模拟电路的硬故障与元件参数偏移较小的软故障均适用，故障检测与定位准确率高。
The simulation results show that the proposed method can detect and locate catastrophic and parametric faults of tolerance circuits and has satisfactory diagnosis accuracy.
第一个模型假设每个测试用例有相同的故障检测能力，能获得相同的故障覆盖率；
The first model supposes every test case has equal fault detective ability and can get the same fault coverage.
为降低设备故障率，延长使用寿命，保证实际生产正常进行，就需要对设备进行及时、恰当的检测与维护。
Timely and appropriate testing and maintenance can lower equipments 'failure rate, prolong service life, and ensure practical operation in good condition.
对标准电路仿真结果表明：该方法能够实现快速故障检测与定位，具有准确率高的特点。
Simulation results on benchmark circuits show that this scheme is feasible and has many powerful features, such as diagnosing and locating faults quickly and exactly.
设备周围采用安全光栅及检测组件的光电开关，提高了员工的安全性和减少了设备的故障率。
The photoelectric switch of safety grating and testing module around the equipment improves the safety of the staff and reduces the failure rate of the equipment.
大大提高故障检测准确率和拓宽了故障检测范围。
It improves accuracy of fault diagnosis and broadens the field of diagnosis.
用给定的残留评价函数和阈值，可以检测和故障发生误报率估计。
With the given residual evaluation function and threshold, the occurrence of fault can be detected and the false alarm rate estimated.
文中从另一个角度入手，在不提高反辐射导引头分辨率的前提下，基于无源被动定位技术、虚拟导引头技术以及故障检测技术给出了一种新的抗诱偏方案。
Without enhancing resolving power of anti-radiation seeker, a new anti-bait scheme, based on the technology of passive location, virtual seeker and fault detection, is given.
诊断覆盖率不包含由检验测试检测到的任何故障。
Diagnostic coverage does not include any faults detected by proof tests.
通过建立马尔科夫模型，分析了双机系统的可用性，研究了故障检测覆盖率和故障诊断成功率对系统可用性的影响。
The markov model is applied to analyze the influence of fault detection coverage and diagnosis success rate for system availability.
从残差中提取故障信息，实现推力器故障的检测与分离。提出采用模糊诊断方法分析残差信号，克服了阈值判断法误报率高的弱点。
Fault information was obtained by analyzing residuals with fuzzy residual evaluation, which overcome a high rate of misinformation associated with the threshold evaluation method.
最后，分析了由于奇偶树的引入带来的故障覆盖率的损失及奇偶树中故障的检测。
Finally, the loss of fault coverage due to the introduction of the parity tree is analyzed, and the detection of faults in the parity trees are described.
与电控及机械系统相比，液压系统故障率高、故障检测定位困难，已成为影响武器装备战斗力发挥的重要因素之一。
Compared with electrical or mechanic system, hydraulic system have the disadvantages of high fault frequency and difficulties to diagnosis, which have greatly effected battle effectiveness in warfare.
全部采用进口气动、光电检测元件，故障率低。
Low fault rate, as using imported pneumatic and photoelectric detecting elements with low fault rate.
全部采用进口气动、光电检测元件，故障率低。
Low fault rate, as using imported pneumatic and photoelectric detecting elements with low fault rate.
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