Air Traffic Control: Complete & Enforced Architecture Needed for FAA Systems Modernization
Contains recommendations describing the need for a Federal Aviation Admin. (FAA)-wide systems architecture in modernizing Air Traffic Control (ATC), and assesses FAA's efforts to develop and utilize one. Reviews FAA's ATC modernization to determine (1) whether FAA has a target architecture(s), and associated subarchitectures, to guide the development and evolution of its ATC systems; and (2) what, if any, architectural incompatibilities exist among ATC systems, and the effect of these incompatibilities. Charts, tables and photos.
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Air Traffic Control Airport architectural incompatibilities Architecture and Investment Architecture Impacts ATC Associate Administrator atc architecture ATC Modernization ATC Modernization's Cost ATC Systems Architecture business area Clinger-Cohen Act communication protocols Complete ATC Systems complete systems architecture concept of operations Cost and Performance data management Develop and Enforce development and maintenance Division DUATS Effective Management Structure Enforce a Systems FAA Lacks faa officials FAA unique Custom faa's Flight Service Flight Service Station hardware Host Computer System Impacts ATC Modernization's implementation information technology interoperability Investment Analysis ipts Lacks an Effective logical architecture maintain PAMRI Mid-Term En Route National Airspace System navigation NAWPF Near-Term and Mid-Term Network NEXRAD Oceanic Office of Systems open systems programming languages Raytheon Research and Acquisitions Route Center Simplified Block Diagrams Software Engineering Institute software maintenance Specifically Standards e.g. system incompatibilities system of systems Systems Architecture Impacts systems development technical architecture Technical Systems Architecture TRACON Traffic Management Weather WMSCR
Page 5 - National Airspace System (NAS). The common network of US airspace; air navigation facilities, equipment and services, airports or landing areas; aeronautical charts, information and services; rules, regulations and procedures, technical information, and manpower and material. Included are system components shared jointly with the military.
Page 16 - Most of the en route centers' controlled airspace extends above 18,000 feet for commercial aircraft. En route centers also handle lower altitudes when dealing directly with a tower, or when agreed upon with a TRACON. Two en route centers — Oakland and New York — also control aircraft over the ocean.
Page 62 - Terminal radar approach control (TRACON) facilities sequence and separate aircraft as they approach and leave airports, beginning about 5 nautical miles and ending about 50 nautical miles from the airport and generally up to 10,000 feet above the ground. Air route traffic control centers called en route centers, control planes in transit and during approaches to some airports.
Page 14 - It also anticipated that meeting the demand safely and efficiently would require improved and expanded services, additional facilities and equipment, improved work force productivity, and the orderly replacement of aging equipment. Accordingly, in December 1981, FAA initiated its plan to modernize, automate, and consolidate the existing ATC system by the year 2000.
Page 20 - ... operations.6 Each type of facility highlighted in the previous section contains numerous interrelated systems. For example, the en route centers alone rely on over 50 systems to perform mission-critical information processing and display, navigation, surveillance, communications, and weather functions. These include the systems that display aircraft situation data for air traffic controllers, the system that collects and displays data from various weather sources, radars for aircraft surveillance,...
Page 55 - We recommend that the Secretary of Transportation direct the FAA Administrator to: Assess and resolve promptly the identified critical communication Issues.
Page 24 - System (AAS) — was restructured in 1994 after estimated costs to develop the system tripled from $2.5 billion to $7.6 billion and delays in putting significantly less-than-promised system capabilities into operation were expected...
Page 2 - ... business component of an architecture which serves as the basis for (2) the technical or systems component. The logical component ensures that the systems meet the business needs of the organization. It provides a high-level description of the organization's mission and target concept of operations; the business functions being performed and the relationships among functions; the information needed to perform the functions; the users and locations of the functions and information; and the information...
Page 32 - IT goals. Leading organizations both in the private sector and in government use systems architectures to guide mission-critical systems development and to ensure the appropriate integration of information systems through common standards.