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Currently, Department of Defense Architecture Framework (DoDAF) 2.0 is widely used in many aspects of the architecture-related modeling fields. Due to the highly complex structure of architecture, its reliability became a pivotal issue. However, DoDAF 2.0 is lack of a specific viewpoint to model the reliability of the architecture. This paper introduces an approach to deal with reliability modeling method related missions posed by Equipment System (ES), which is an obvious characterized architecture. OV-1, OV-5a and OV-6c of DoDAF 2.0's operational viewpoint are extracted and extended as the modeling framework. Use case diagram, class diagram and sequence diagram of Unified Modeling Language (UML) are picked to present the products mentioned. The study also regulates a series of standards for each extended product in detail, in order to collect requisite reliability-related parameters for further analysis and calculation. Later, the proposed model is applied to an ES as an example to verify its availability. Keywords-reliability modeling; equipment system; mission reliability; equipment system; operational viewpoint; DoDAF 2.0

Mission Reliability Modeling for Equipment System Based on the Operational Viewpoint of DoDAF 2.0