该文介绍了一种基于人工神经网络的软件失效预测模型，给出了基于反向传播算法的多层前向网络的网络结构。
This paper presents a kind of software faults prediction model based on artificial neural network and the structure of the feed-forward multi-layer network with backpropagation learning algorithm.
对有关等离子喷涂陶瓷涂层的性能、失效机理和寿命预测模型进行了综述。
The paper gives a review on properties, failure mechanism and life prediction models of plasma sprayed ceramic coatings.
探讨了失效机理，介绍了有关寿命预测模型的研究成果。
The failure mechanism is approached and the life prediction models are introduced.
对数累积损伤模型作为—个失效判据，已在某中口径自动舰炮输弹簧的疲劳寿命预测中得到较满意的应用。
Used as a fatigue failure criterion, application of the model to the fatigue life prediction for the feeding spring of a medium calibre automatic naval gun proved to be comparatively satisfactory.
通过机理理论的研究，建立涂层寿命模型及预测专家系统是涂层失效研究的最终结果。
It was concluded that an appropriate coating life model and an expert system for life prediction should be set up on the basis of further research of failure mechanism of coatings.
该模型可以用来分析炉管失效的原因，预测炉管的损伤程度及剩余寿命，为炉管损伤分析和及时更换炉管提供科学依据。
This model can be used to analyze the failure and to predict the damage and the residual life of the tube. It is helpful for the tube exchanging in time.
利用该模型可以预测系统中的任意阶相关失效概率，也可以用来预测组成零件相同、环境相同但不同大小的其它系统的相关失效概率。
The model can predict any multiplicity dependent failure probability, and also be applicable to other system with same components and environment and different sizes.
目的是提高软件可靠性模型的拟合能力，使可靠性模型能更好地对软件将来的失效行为进行预测。
The aim of it is improving the ability of fitting accuracy for software reliability models and predicting the software's fault behavior in the future better.
研究管道腐蚀和应力 腐蚀开裂机制，开展管道失效的预测模型和检测模型技术研究。
Studying pipeline corrosion and stress corrosion cracking mechanisms, and developing models and techniques for predicting, inspecting, and preventing pipeline failure.
研究管道腐蚀和应力 腐蚀开裂机制，开展管道失效的预测模型和检测模型技术研究。
Studying pipeline corrosion and stress corrosion cracking mechanisms, and developing models and techniques for predicting, inspecting, and preventing pipeline failure.
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