Oceanic Air Traffic Control

Oceanic Air Traffic Control
Title Oceanic Air Traffic Control PDF eBook
Author United States. Federal Aviation Administration
Publisher
Pages 62
Release 1988
Genre Air traffic control
ISBN

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Oceanic Air Traffic Control

Oceanic Air Traffic Control
Title Oceanic Air Traffic Control PDF eBook
Author United States. Air Traffic Operations Service
Publisher
Pages 60
Release 1986
Genre Air traffic control
ISBN

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Air Traffic Control

Air Traffic Control
Title Air Traffic Control PDF eBook
Author
Publisher
Pages 64
Release 1980
Genre Air traffic controllers
ISBN

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Oceanic Air Traffic Control

Oceanic Air Traffic Control
Title Oceanic Air Traffic Control PDF eBook
Author United States. Air Traffic Service
Publisher
Pages 40
Release 1980
Genre Air traffic control
ISBN

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Air Traffic Control

Air Traffic Control
Title Air Traffic Control PDF eBook
Author United States. General Accounting Office
Publisher
Pages 20
Release 1991
Genre Air traffic control
ISBN

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Flight Operations in Oceanic Airspace

Flight Operations in Oceanic Airspace
Title Flight Operations in Oceanic Airspace PDF eBook
Author United States. Federal Aviation Administration
Publisher
Pages 12
Release 1984
Genre Navigation (Aeronautics)
ISBN

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Air Traffic Control

Air Traffic Control
Title Air Traffic Control PDF eBook
Author U. S. Government Accountability Office (
Publisher BiblioGov
Pages 20
Release 2013-06
Genre
ISBN 9781289026370

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GAO reviewed the Federal Aviation Administration's (FAA) efforts to provide automation support to improve oceanic air traffic control. GAO found that: (1) air traffic control services in oceanic areas not under radar surveillance have not changed significantly since 1950; (2) oceanic air traffic controllers lacked a modern automated system and manually updated flight progress based on periodic radio reports; (3) the labor-intensive manual process required controllers to maintain large distances between aircraft; (4) an automated system could facilitate a more efficient use of airspace, resulting in shorter flights and fuel savings; (5) FAA designed the Oceanic Display and Planning System (ODAPS) to provide an automated display of aircraft locations based on periodic radio reports, but ODAPS would not change the current pilot reporting communications procedures or permit a reduction in aircraft separation standards; (6) ODAPS experienced cost increases, was 3 years behind schedule, and was not fully operational; and (7) the FAA long-term Automatic Dependent Surveillance (ADS) project plan to use satellites to provide position information on a real-time basis was dependent upon ODAPS success.