Accelerating the air transportation system's transformation: a systems engineering, systems thinking and complexity science based rational framework to unify heretofore dissociated lines of inquiry

机译：加快航空运输系统的转型：基于系统工程，系统思维和复杂性科学的理性框架，以统一迄今分离的询问线路

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This paper proposes a new framework to address the complexity of the next generation air transportation system (NextGen). A combination of systems thinking, systems engineering based on operational perspectives, and complexity science methods are integrated to provide a Systemic-Operational-Phenomenological (SOP) framework. Application of this framework to Trajectory Based Operations, Traffic Flow Management, and Best Equipped Best Served scenarios is investigated. Implications to research, modeling and simulation, safety, and metrics are discussed. A possible air traffic ontology based on the SOP framework is introduced.

机译：本文提出了一个解决下一代航空运输系统（NextGen）复杂性的新框架。系统思维，基于操作视角的系统工程和复杂性科学方法的组合被集成在一起，以提供系统的操作现象学（SOP）框架。研究了该框架在基于轨迹的运营，交通流管理和最佳装备的最佳服务方案中的应用。讨论了对研究，建模和仿真，安全性和指标的含义。介绍了一种基于SOP框架的空中交通本体。

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《AIAA/ISSMO multidisciplinary analysis and optimization conference;AIAA aviation technology, integration and operations conference》|2012年|3886-3894|共9页
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Liviu Nedelescu;
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Accelerating the air transportation system's transformation: a systems engineering, systems thinking and complexity science based rational framework to unify heretofore dissociated lines of inquiry

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