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首页> 外文期刊>International Review of Aerospace Engineering >Controller-Pilot Data Link Communications Display Oriented to Multiple Remotely Piloted Aircraft Pilots
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Controller-Pilot Data Link Communications Display Oriented to Multiple Remotely Piloted Aircraft Pilots

机译：控制器 - 导频数据链接通信显示到多个远程驾驶飞机飞行员

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摘要

A Controller-Pilot Data Link Communications (CPDLC) interface oriented to Remotely Piloted Aircraft Systems (RPAS) pilots was implemented as part of a synthetic task environment aimed to test the NtoM concept of operations (ConOps). This ConOps was envisioned to support multi-RPAS piloting in non-segregated airspace. Considering a long-term implementation, it assumes a future widespread use of CPDLC, exploiting its full potential to try to reduce the delay in the communication flow associated with unmanned aircraft and any possible added delay that concurrent piloting could add. Designed to be quick and intuitive, the current prototype of this display, on its own, could be used by pilots - of manned or unmanned aircraft - and controllers to practise and get used to the CPDLC message set, composition rules and procedures. Developed using the Data Distribution Service (DDS) standard, it allows the definition of different Quality of Service (QoS) scenarios for data communications, which can be used to train the procedures established for problems arising from faults in communications.
机译：以远程导向的飞行器系统（RPA）飞行员为导向的控制器导频数据链路通信（CPDLC）界面被实施为旨在测试NTOM操作概念（核心）的合成任务环境的一部分。本核核查设想以支持在非隔离空域中试验的多RPA。考虑到长期实施，它假设未来的CPDLC广泛使用，利用其全部潜力来试图降低与无人机相关的通信流程的延迟以及并发试点可以添加的任何可能的添加延迟。旨在快速直观地，本展示的当前原型可以由载人或无人驾驶飞机的飞行员使用，并可用于练习并习惯CPDLC消息集，组成规则和程序。使用数据分发服务（DDS）标准开发，它允许定义数据通信的不同服务质量（QoS）方案，可用于培训为通信故障引起的问题建立的程序。

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