作者：蔡远文等著
页数：288
出版社：电子工业出版社
出版日期：2016
ISBN：9787121297663
电子书格式：pdf/epub/txt
内容简介
本书在对软件健康管理相关基本内容的基础上，重点对其涉及的软件信息获取技术、性能异常检测技术、功能检测模型建模/推理技术、健康度量方法、故障修复方法等关键技术进行了介绍和研究。在功能检测模型建模和推理技术方面，紧跟国际前沿技术，重点研究了基于贝叶斯网络的软件健康管理技术和基于TFPG推理模型的软件健康管理技术；在软件健康度量方面，针对当前软件健康度量还处于空白阶段的现实，提出了一种基于软件健康度量方法。同时，考虑到实用型方面，对软件健康管理在实际中的应用进行了介绍。
作者简介
装备学院航天装备系主任、教授、博士、博士生导师。1967年9月出生，四川彭州人，中共党员，毕业于国防科技大学、北京航空航天大学。军队高层次科技创新人才工程拔尖人才，（原）总装备部科技领军人才培养对象。获国务院政府特殊津贴、中国航天基金奖、军队院校育才金奖。
本书特色
本书在对软件健康管理相关基本内容的基础上，重点对其涉及的软件信息获取技术、性能异常检测技术、功能检测模型建模/推理技术、健康度量方法、故障修复方法等关键技术进行了介绍和研究。在功能检测模型建模和推理技术方面，紧跟国际前沿技术，重点研究了基于贝叶斯网络的软件健康管理技术和基于TFPG推理模型的软件健康管理技术；在软件健康度量方面，针对当前软件健康度量还处于空白阶段的现实，提出了一种基于软件健康度量方法。同时，考虑到实用型方面，对软件健康管理在实际中的应用进行了介绍。
目录
第1章 软件健康管理基本内容····················································································· 1
1.1 软件健康管理发展起源·························································································· 1第1章 软件健康管理基本内容····················································································· 1
1.1 软件健康管理发展起源·························································································· 1
1.1.1 健康管理技术发展历程······················································································· 1
1.1.2 软件健康管理技术发展动因················································································· 6
1.2 基本概念············································································································9
1.2.1 软件错误、软件缺陷、软件故障、软件失效和软件异常············································· 9
1.2.2 故障诊断、失效预测························································································ 11
1.3 软件健康管理基本问题·························································································12
1.3.1 软件健康········································································································12
1.3.2 软件健康管理概念··························································································· 12
1.3.3 与现有技术的区别及联系···················································································14
1.4 软件健康管理涉及的关键技术················································································16
1.4.1 软件健康管理层次结构······················································································16
1.4.2 基于软件传感器的实时监测················································································19
1.4.3 软件故障诊断··································································································22
1.4.4 软件健康评估问题··························································································· 23
1.4.5 软件异常减缓策略··························································································· 24
1.5 软件健康管理发展现状························································································ 25
1.6 小结·················································································································36
第2章 软件故障模式分析方法····················································································37
2.1 安全关键软件概述······························································································37
2.1.1 安全关键软件概念····························································································37
2.1.2 安全关键软件特点····························································································38
2.2 故障模式分析常用方法·························································································39
2.2.1 故障树分析法··································································································39
2.2.2 事件树分析法··································································································41
2.2.3 危险和操作性分析法·························································································44
2.2.4 软件FMEA······································································································46
2.3 SWHM 结构化方法····························································································· 52
2.3.1 方法············································································································· 52
2.3.2 结果分析·······································································································53
2.4 小结··············································································································· 80
第3章 软件健康信息获取技术····················································································81
3.1 软件构件技术的发展····························································································81
3.2 典型软件构件介绍·······························································································84
3.2.1 CORBA构件模型（CCM）················································································ 84
3.2.2 Java Beans/EJB ···························································································· 85
3.2.3 COM/DCOM ·····························································································信息
1.1 软件健康管理发展起源·························································································· 1第1章 软件健康管理基本内容····················································································· 1
1.1 软件健康管理发展起源·························································································· 1
1.1.1 健康管理技术发展历程······················································································· 1
1.1.2 软件健康管理技术发展动因················································································· 6
1.2 基本概念············································································································9
1.2.1 软件错误、软件缺陷、软件故障、软件失效和软件异常············································· 9
1.2.2 故障诊断、失效预测························································································ 11
1.3 软件健康管理基本问题·························································································12
1.3.1 软件健康········································································································12
1.3.2 软件健康管理概念··························································································· 12
1.3.3 与现有技术的区别及联系···················································································14
1.4 软件健康管理涉及的关键技术················································································16
1.4.1 软件健康管理层次结构······················································································16
1.4.2 基于软件传感器的实时监测················································································19
1.4.3 软件故障诊断··································································································22
1.4.4 软件健康评估问题··························································································· 23
1.4.5 软件异常减缓策略··························································································· 24
1.5 软件健康管理发展现状························································································ 25
1.6 小结·················································································································36
第2章 软件故障模式分析方法····················································································37
2.1 安全关键软件概述······························································································37
2.1.1 安全关键软件概念····························································································37
2.1.2 安全关键软件特点····························································································38
2.2 故障模式分析常用方法·························································································39
2.2.1 故障树分析法··································································································39
2.2.2 事件树分析法··································································································41
2.2.3 危险和操作性分析法·························································································44
2.2.4 软件FMEA······································································································46
2.3 SWHM 结构化方法····························································································· 52
2.3.1 方法············································································································· 52
2.3.2 结果分析·······································································································53
2.4 小结··············································································································· 80
第3章 软件健康信息获取技术····················································································81
3.1 软件构件技术的发展····························································································81
3.2 典型软件构件介绍·······························································································84
3.2.1 CORBA构件模型（CCM）················································································ 84
3.2.2 Java Beans/EJB ···························································································· 85
3.2.3 COM/DCOM ·····························································································信息
