在新一代的集成模块化航空电子系统中，机载软件采用开放的分布式架构，其中模块共享各种公共资源，并且彼此之间进行复杂的交互，从而导致模块故障易于传播，因此可靠性高。机载软件可能会减少。 机载软件的分析，测量和改进已成为需要解决的重要问题。 针对机载分布式软件的特点，提出了一种基于AADL的误差建模和可靠性分析方法。 利用AADL体系结构模型中的关键信息，可以生成AADL错误模型来描述机载分布式软件的故障行为。 在此步骤的基础上，使用灵敏度分析方法来分析系统可靠性。 因此，设计人员可以在开发的早期阶段找到影响系统可靠性的关键模块，从而在决策的基础上提高系统的可靠性。

涵盖了实践中软件可靠性工程技术的制定，应用和评估。

欧洲航天局 ECSS-Q-ST-70-38C High-reliability soldering for surface-mount and mixed technology 2018

Statistics and Physics in Reliability.

RELIABILITY and QUALITY MANAGEMENT

此资源为ISO graph 可靠性软件的帮助文档。应用范围:可靠性工程师、功能安全分析工程师、硬件设计者。 主要模块：故障树分析、FMECA、降额设计、可靠性预计、可靠性增长、可靠性模型等。

Practical_Reliability_Engineering_Ebook fifth edition 第五版 英文版

RAMS工具包（RAMSTK） 甲对于R eliability，A vailability，男aintainability和S afety（RAMS）工具包分析。 文献资料 测验 质量 配套 :triangular_flag: 目录 :artist_palette: 产品特点 RAMSTK基于模块的概念，其中模块是与系统开发相关的相关信息和/或分析的集合。 RAMSTK当前包含的模块是： 功能模块 功能分解 危害分析 需求模块 利益相关者输入优先级 需求开发 分析清晰度，完整性，一致性和可验证性的要求 硬体模组 可靠性分配 均摊 同意分摊 ARINC分摊 目标的可行性 使用各种方法进行硬件可靠性预测 相似项目分析 MIL-HDBK-217F零件数 MIL-HDBK-217F零件应力 FMEA / FMECA RPN MIL-STD-1629A，任务102危险度分析 失效分析物理 验证模块 任务描述 任务接受值 任务时间 任务成本

21 7Plus TM is a methodology and a software tool that was developed by the Reliability Information Analysis Center (RIAC) to aid in the assessment of system reliability. It is the next generation of the PRISM ® software tool initially released by the Reliability Analysis Center (RAC) in 1 999 (which became RIAC in 2005) and contains twice the number of models as the original PRISM ® tool. 1 The original version of PRISM ® contained embedded models that are used to estimate the failure rate of various components when exposed to a specific set of stresses that are defined by the user. Since the time PRISM ® made its debut in the user community, the equations comprising the component reliability prediction models, which form the basis of PRISM ® , were not made available in printed form. As such, a user of the software tool could not see the exact equations that comprised the models. It is always advantageous for analysts to be able to review details of the models, so that the results can be better interpreted. This Handbook is published to make available the equations and model parameters that form the basis of the 21 7Plus TM methodology

Power Electronics and Power Systems Matteo Meneghini Gaudenzio Meneghesso Enrico Zanoni Editors