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基于CPDLC和ADS-C的管制员工作站系统设计

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随着航空业的快速发展,空中交通拥挤程度已经相当高,传统空管系统已经渐渐无法应付现在的航空需求。本文提出了一种综合CPDLC(Controller Pilot Data Link Communications,CPDLC)和ADS-C(Automatic dependent surveillance contract,ADS-C)通信监视方法的新型管制员工作站系统方案,并对该系统方案进行了设计实现,最后对该系统进行了仿真飞行试验。
Controller Workstation System Based on Contract
With the rapid development of aviation industry, air traffic congestion has already reached a very high degree. The traditional ATC system has been gradually unable to satisfy the current aviation demands. The thesis presents a new system which integrates

CPDLCADS-CController workstationVHFSSR

CPDLC ADS-C 管制员工作站 VHF SSR

2011

科技信息(学术版)
山东省技术开发服务中心

科技信息(学术版)

ISSN:1001-9960
年,卷(期):2011.(13)
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