Modeling and Simulation of Spaceborne, Near-Spaceborne, and Airborne Integrated Collaborative Remote Sensing System Based on DoDAF

doi:10.16182/j.issn1004731x.joss.21-1341

Abstract

Abstract:

Spaceborne, near-spaceborne, and airborne integrated collaborative remote sensing system (SNA-ICRSS) makes comprehensive use of modern information technology to aggregate multiple and heterogeneous data in spaceborne, near-spaceborne, and airborne domains, so as to realize accurate emergency service and command decision-making. SNA-ICRSS is huge and complex, and there is a lack of research on its architecture modeling and simulation. According to the architecture characteristics of the SNA-ICRSS, the minimum prototype of the SNA-ICRSS is constructed; through the department of defense architecture framework (DoDAF) and activity based methodology (ABM) methods, the minimal prototype of the SNA-ICRSS is modeled, and the operational resource flow, information interaction mode, functional structure division, and system interface representation of the SNA-ICRSS are analyzed. In addition, the specific application of the SNA-ICRSS under emergency information support mode and conventional remote sensing observation mode is discussed. The verification test results show that the model is reasonably constructed and can lay a foundation for integrated simulation and efficiency evaluation of the SNA-ICRSS. In addition, the model can provide a reference for the research and optimization design of the SNA-ICRSS.

Key words: spaceborne, near-spaceborne, and airborne integrated collaborative remote sensing system (SNA-ICRSS), prototype system, modeling technology, department of defense architecture framework (DoDAF), activity based methodology (ABM)

CLC Number:

N945.12

Lili An, Tian Xia, Wenbin Yang, Xinbo Wu. Modeling and Simulation of Spaceborne, Near-Spaceborne, and Airborne Integrated Collaborative Remote Sensing System Based on DoDAF[J]. Journal of System Simulation, 2023, 35(5): 936-948.

Figures/Tables 11

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