Developing an Onboard Traffic-Aware Flight Optimization Capability for Near-Term Low-Cost Implementation

机译：开发用于近期低成本实施的机载交通感知航班优化功能

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The concept of Traffic Aware Strategic Aircrew Requests (TASAR) combines Automatic Dependent Surveillance Broadcast (ADS-B) IN and airborne automation to enable user-optimal in-flight trajectory replanning and to increase the likelihood of Air Traffic Control (ATC) approval for the resulting trajectory change request. TASAR is designed as a near-term application to improve flight efficiency or other user-desired attributes of the flight while not impacting and potentially benefiting ATC. Previous work has indicated the potential for significant benefits for each TASAR-equipped aircraft. This paper will discuss the approach to minimizing TASAR's cost for implementation and accelerating readiness for near-term implementation.

机译：交通感知战略空勤人员请求（TASAR）的概念将自动相关监视广播（ADS-B）IN和机载自动化相结合，以实现用户最佳的飞行轨迹重新规划，并增加空中交通管制（ATC）批准的可能性。结果轨迹更改请求。 TASAR被设计为近期应用程序，可提高飞行效率或其他用户期望的飞行属性，同时又不影响ATC并可能从中受益。先前的工作表明，每架配备TASAR的飞机都可能获得重大利益。本文将讨论最小化TASAR实施成本并加快近期实施准备的方法。

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《Aviation technology, integration, and operations conference》|2013年|348-360|共13页
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David J. Wing; Mark G. Ballin; Stefan Koczo Jr.; Robert A. Vivona; Jeffrey M. Henderson;
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机译：为近期低成本实施开发板载流量感知飞行优化功能。

Developing an Onboard Traffic-Aware Flight Optimization Capability for Near-Term Low-Cost Implementation

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