基于几个原因，系统鲁棒性的建模和分析引起了研究人员和实践者的兴趣。它将产品开发时间、保修成本降至最低，并提高了产品质量。由于设计团队通常关心的是设计相互独立的系统组件，因此系统鲁棒性问题尚未正式解决。本文提出了一个基于系统建模、集成分析和质量工程技术的鲁棒系统开发框架。系统建模用于表示系统结构，并确定系统组件之间所需的物理接口。一旦确定了系统组件之间的接口，就可以开发接口的组件交互矩阵。 集成分析用于将系统组件分组为子系统，并确定子系统之间的接口。稳健设计

Modeling and analysis of systems robustness is of interest to researchers and practitioners for several reasons. It minimizes product development time, warranty costs, and improves product quality. The problem of system robustness has not been addressed formally as design teams have usually been concerned with designing system components independent to each other. In this paper, a framework based on system modeling, integration analysis, and quality engineering techniques, for development of robust systems is presented. System modeling is used to represent system structure and identify required physical interfaces among system components. Once interfaces among system components are identified, a component-component interaction matrix of interfaces is developed. Integration analysis is used to group system components into subsystems and identify interfaces between subsystems. Robust desig