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首页> 外文期刊>The ITEA Journal >Climb Trajectory Prediction Software Validation for Decision Support Tools and Simulation Models
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Climb Trajectory Prediction Software Validation for Decision Support Tools and Simulation Models

机译:决策支持工具和仿真模型的爬升轨迹预测软件验证

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摘要

The Next Generation Air Transportation System (NextGen) is the solution to capacity, safety, and efficiency problems that will result from an expected increase in traffic. Trajectory-based operations are identified in the NextGen Concept of Operations as a key capability required to ensure the success of NextGen; thus, it is essential that the accuracy of trajectory prediction software be tested and validated for all phases of flight. Trajectories are also modeled in fast-time simulation tools that are used to test future NextGen concepts and identify possible benefits or problems. The objective of this testing activity is to identify outliers during the climb phase of flight in the trajectory predictions of two decision support tools as well as in the trajectory modelers of two fast-time simulation models. The errors in trajectory prediction will also be examined by aircraft type in order to measure the accuracy of aircraft characteristics utilized in the tools.
机译:下一代航空运输系统(NextGen)是解决由于预期流量增加而导致的容量,安全和效率问题的解决方案。在NextGen的操作概念中,基于轨迹的操作是确保NextGen成功所需的关键功能。因此,至关重要的是要针对飞行的所有阶段对轨迹预测软件的准确性进行测试和验证。还在快速仿真工具中对轨迹进行建模,这些工具可用于测试未来的NextGen概念并确定可能的收益或问题。该测试活动的目的是在两个决策支持工具的轨迹预测以及两个快速仿真模型的轨迹建模器中,识别飞行爬升阶段的异常值。轨迹预测中的误差也将按飞机类型进行检查,以测量工具中使用的飞机特性的准确性。

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