应用于航空双延迟问题的分析程序设计语言

Kleoniki Vlachou, Rohit Sharma, F. Wieland
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引用次数: 2

摘要

模拟的无缝集成和互操作一直是仿真学家几十年来的目标。本研究的目标是推进仿真互操作性领域,我们的方法是在分析层面实现这一目标。在本文中,我们将介绍一种称为预测查询语言(PQL)的新语言,它使用模型联合来提供未来的预测。它建立在当前预测分析系统的基础上,因为它创建将填充数据库的数据,而不是挖掘现有数据。作为这种语言如何工作的一个例子,我们使用航空中的双重延迟问题。这个例子有两个目的,一方面展示了PQL的实用性,另一方面揭示了航空中的一个重要问题。
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An analysis programming language applied to the double delay problem in aviation
Seamless integration and interoperation of simulations has been a goal of simulationists for many decades. The goal of this research is to advance the field of simulation interoperability and our approach is for this to happen at the analysis level. In this paper, we are introducing a novel language called Predictive Query Language (PQL) that uses a federation of models to provide future predictions. It builds upon current predictive analytics systems in that it creates the data that will populate the database, rather than mining existing data. As an example of how this language works, we use the double delay problem in aviation. This example has dual purpose of showing the utility of PQL while shedding light on an important problem in aviation.
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