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The Aircraft Intent Description Language: A key enabler for air-ground synchronization in Trajectory-Based Operations

机译:飞机意图描述语言:基于轨迹的操作中的空地同步的关键推动因素

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In this paper, a formal language called the Aircraft Intent Description Language (AIDL) is proposed as a standard, interoperable means of describing and exchanging predicted aircraft trajectories in Trajectory-Based Operations (TBO). The AIDL provides the necessary elements to unambiguously formulate aircraft intent, which, in the context of trajectory prediction, refers to the information that describes how the aircraft is to be operated within a certain time interval. By expressing aircraft intent according to the AIDL, it is ensured that each instance of aircraft intent defines a unique trajectory. It is anticipated that sharing aircraft intent information expressed in a structured and formal manner, e.g. according to the AIDL, can facilitate the synchronization of the predicted aircraft trajectories held by different automation systems in the context of TBO. The AIDL is characterized by an alphabet and a grammar. The definition of the alphabet and the grammar rules are based on a rigorous mathematical analysis of the trajectory computation process at the core of a TP. This analysis relies on a novel approach to modeling the trajectory computation process based on the theory of Differential Algebraic Equations (DAEs). The paper presents the alphabet of the AIDL, which contains a set of instructions that capture the individual commands and guidance modes available to direct the motion of an aircraft in the ATM context. Then, the AIDL grammar rules, which define the possible combinations of the instructions in the alphabet, are defined and mathematically justified. The AIDL seeks to exploit the physical and mathematical foundations underlying the trajectory computation process to allow describing a priori (i.e. before a trajectory is actually computed) any possible motion behavior that can reasonably be elicited from an aircraft in the ATM context. The objective is that the AIDL encompasses all other methods and formats that may be used to describe aircraft intent,- i.e. they would be subsets of the AIDL. The AIDL could thus be seen as a meta- language for aircraft intent description, containing any other language that may be used to describe aircraft intent in the context of TBO.
机译:在本文中,提出了一种称为飞行器意图语言(AIDL)的正式语言作为在基于轨迹的操作(TBO)中描述和交换预测的飞机轨迹的标准,可互操作的方法。 AIDL提供必要的元素来明确地制定飞机意图,这在轨迹预测的背景下,这是指描述飞机在特定时间间隔内运行的信息。通过根据AIDL表示飞机意图,确保飞机意图的每个实例定义了独特的轨迹。预计将共享以结构化和正式方式表达的飞机意图信息,例如,根据AIDL,可以促进在TBO背景下不同自动化系统所持的预测飞机轨迹的同步。 AIDL的特点是字母表和语法。字母和语法规则的定义基于TP核心的轨迹计算过程的严格数学分析。该分析依赖于基于差分代数方程理论建模轨迹计算过程的新方法(DAES)。本文介绍了AIDL的字母表,其中包含一组指令,该指令捕获可用于指示ATM上下文中飞机的运动的各个命令和指导模式。然后,定义和数学上的AIDL语法规则定义了字母表中的可能组合。 AIDL寻求利用轨迹计算过程的物理和数学基础,以允许描述先验(即,在实际计算的轨迹之前)可以合理地引发来自ATM上下文中的飞机的任何可能的运动行为。目的是,AIDL包括可用于描述飞机意图的所有其他方法和格式 - 即它们将是AIDL的子集。因此,AIDL可以被视为飞机意图描述的元语言,其中包含任何其他语言,可用于描述TBO背景中的飞机意图。

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