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首页> 外文期刊>Journal of computational and theoretical nanoscience >An Approach to Multi-Channel Accelerated Degradation Testing Data Process Based on Hierarchical Modeling
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An Approach to Multi-Channel Accelerated Degradation Testing Data Process Based on Hierarchical Modeling

机译:基于层级建模的多通道加速劣化测试数据过程的方法

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摘要

Accelerated degradation testing (ADT) is commonly employed to shorten the reliability assessment period of long-life products. For integrated devices or other complex products, more levels can be found in their ADT data, which is defined as multi-channel data in this paper. As the multi-channeldata are characterized by hierarchical structure, directional methods can be adopted. In this paper, hierarchical modeling, which was mainly applied to the areas of sociology, pedagogy and medicine, is applied to the multi-channel data process. General models for both normal ADT data and multichanneldata will be given first. Then, a brief flow of an approach based on hierarchical modeling to multi-channel data process will be shown. Eventually, the proposed approach will be demonstrated by a real case of optoelectronic coupler storage ADT.
机译:加速降解测试(ADT)通常用于缩短长寿产品的可靠性评估期。 对于集成设备或其他复杂产品,可以在其ADT数据中找到更多级别,其在本文中被定义为多通道数据。 由于多通道电池数据的特征在于分层结构,因此可以采用定向方法。 本文将主要应用于社会学,教学和医学领域的层次建模,应用于多通道数据过程。 将首先给出正常ADT数据和多士间电池数据的一般模型。 然后,将示出基于分层建模的方法的简要流程将显示到多通道数据过程。 最终,将通过实际情况证明所提出的方法是光电耦合器存储ADT的实际情况。

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