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Airborne Measurement System During Validation of Egnos/Gnss Essential Parameters in Landing

机译:验证着陆中Egnos / Gnss基本参数的机载测量系统

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The air transport requires certificate of ground and deck devices, systems and adequate procedures. However applied geodetic techniques and measuring technologies depend on taken undertakings. If one should precisely put standard ground systems and the navigational assistance are overbalancing static geodetic techniques and measuring technologies. However operational activity, depending on the phase of the flight a real requires applying geodetic techniques and measuring Jechnologies time”. As part of conducted air tests they made the validation of four fundamental parameters (accuracy, credibility, availability, continuity) of satellite EGNOS, GNSS signals, made as part of European projects: “Support to the EGNOS APV Operational Implementation - APV MIELEC”, air tests enabled to draw right procedures up and to apply satellite signals in the air transport. Details will be presented in the following article.
机译:航空运输需要地面和甲板设备,系统和适当程序的证明。但是,应用的大地测量技术和测量技术取决于所从事的工作。如果人们应该精确地放置标准地面系统,那么导航辅助将平衡静态大地测量技术和测量技术。但是,根据飞行阶段的不同,实际的作战活动需要运用大地测量技术并测量射流时间。作为进行的空中测试的一部分,他们验证了卫星EGNOS,GNSS信号的四个基本参数(准确性,信誉,可用性,连续性),这些参数是欧洲项目的一部分:“对EGNOS APV业务实施的支持-APV MIELEC”,进行空中测试可以制定正确的程序,并在空中运输中应用卫星信号。详细信息将在下面的文章中介绍。

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