SS 19
本专题聚焦智能诊断、故障模拟注入与测试性设计一体化技术，面向电子产品、电气产品、机电产品与机械产品的突变故障、渐变故障及间歇故障，围绕状态监测、故障表征挖掘、传播机制建模、嵌入式诊断、智能诊断、故障模拟与注入、健康退化评估、趋势预测等核心内容展开。旨在推动测试性与健康管理（PHM）技术的工程化落地，促进多学科理论与装备运维实践深度融合，为复杂装备全生命周期可靠性保障、智能运维决策及系统韧性提升提供理论基础与技术支撑。本专题欢迎相关领域原创研究、技术进展与工程应用成果，助力 ICRE 2026 构建高质量可靠性工程学术交流平台。
This session focuses on Integrated Technology of Intelligent Diagnosis, Fault Simulation & Injection, and Testability Design. It targets abrupt, gradual, and intermittent faults in electronic, electrical, electromechanical, and mechanical products. Core topics include condition monitoring, fault characterization mining, propagation mechanism modeling, embedded diagnosis, intelligent diagnosis, fault simulation and injection, health degradation assessment, and trend prediction. The session aims to advance the engineering implementation of Prognostics and Health Management (PHM) technologies, promote the integration of multidisciplinary theories with industrial practice, and provide theoretical and technical support for life-cycle reliability assurance, intelligent operation and maintenance, and system resilience improvement of complex equipment. We welcome original research, technological advances, and engineering applications in related fields to support a high-quality academic exchange platform for reliability engineering at ICRE 2026.
话题：
（1）测试性
测试性要求论证、设计分析、试验、评估、BIT与嵌入式诊断新技术与应用。
（2）PHM体系应用
面向工程的PHM软硬件平台、标准规范、健康管理体系新技术与应用。
（3）故障建模仿真与注入
面向电子产品、电气产品、机电产品与机械产品，针对突变故障、渐变故障及间歇故障的机理建模、传播建模、仿真、注入新技术与应用。
（4）故障智能诊断与预测
面向电子产品、电气产品、机电产品与机械产品，针对突变故障、渐变故障及间歇故障的智能诊断、状态监测、健康退化评估、趋势预测等新技术与应用。
Topics:
(1) Testability
Demonstration, design analysis, test and evaluation of testability requirements, and new technologies and applications of BIT and embedded diagnosis.
(2) Application of PHM system
New technologies and applications of engineering-oriented PHM hardware and software platform, standards and specifications, and health management system.
(3) Fault modeling, simulation and injection
New technologies and applications of mechanism modeling, propagation modeling, simulation and fault injection for abrupt faults, gradual faults and intermittent faults in electroni, electrical, electromechanical and mechanical products.
(4) Intelligent diagnosis and prognostics of faults
