Development of functional concepts from the EATMS operational requirements
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Published by Office for Official Publications of the European Communities, Bernan Associates [distributor] in Luxembourg, Lanham, Md .
Written in English



  • European Union countries,
  • European Union countries.


  • Air traffic control -- European Union countries -- Management.,
  • Aeronautics -- European Union countries -- Evaluation.,
  • Air traffic control -- Standards -- European Union countries.

Book details:

Edition Notes

Other titlesFactor, Transport research.
ContributionsEuropean Commission.
LC ClassificationsTL725.3.M2 D48 1998
The Physical Object
Pagination66 p. :
Number of Pages66
ID Numbers
Open LibraryOL472565M
ISBN 109282831426
LC Control Number98196328

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Jerome DelaPeyronnie, Mark Purtill, in Information Systems Transformation, Refactoring Process Specifications and Plan Development. The purpose of developing the JFDP refactoring process specification was to define and document all refactoring operations required to reach JFDP technical objectives. The refactoring process specification structured the sequence of . This report is, within the EATMP Human Resources Domain (HUM), the first in a series dealing with the integration of human factors in Air Traffic Management (ATM) systems. the development of common operational methods and procedures and the coordination of upper airspace ATC systems for the various participating countries; a fundamental study of the best system of air traffic control over Europe after (not necessarily limited to the upper airspace alone or to the area embraced by the existing membership of. Aircraft-Based Concept Development ABD Agency Board of the Directors ABEND ABnormal END (of system operation) (EATMS) AOC Advance Operational Capability AI R IA R Advanced Operational Capability (EGNOS) airline operational control EU AOC AOC L ATM Added Functionality Operational Requirements Task Force AOS Aircraft Operators AOS.

Human Factors Integration in Future ATM Systems - Identificati on of Tasks and Development Scenar ios HRS/HSPREP Edition: Released Issue Page 19 Customer/pr ocurer. FAATC: FAA Test Centre FAC: Facilities FAC: Final Approach Course (same as IS) FAC: Flight Augmentation Computer FACC: Feature and Attribute Coding Catalogue FACF: Final Approach Course Fix FACTOR: Development of Functional Concepts from the EATMS Operational Requirements FACTS: Future Area Control Tools Support FADEC: Full Authority. Lower level operational concepts, hardware and software implementation details to meet the service requirements are best managed by private industry on a competitive level. Private industry should then take the capital risk for the development of a . AEROSPACE ACRONYM & Abbreviation Guide 3D, 4D three- or four-dimensional 3G third generation Code combinations of four-digit transponder code A A A-BPSK A-QPSK A-SMGCS A/B A/C A/D A/G A/L A/L A/N A/P A/T A&P AAC AAC AAIB AAF AAI AAIPT AAIU AAL AALC AAMP AAR AATD A mpere(s) autotuned navaid aviation binary phase shift keying .

This book will also appeal to others within the aircraft industry who need an insight into electrical and electronic systems, e.g. pilots, engineering managers, etc. The book provides an introduction to the fundamentals of electrical, electronic and digital theory that underpins the principles of systems covered in the remainder of the book. ATN IPS Manual on Implementation Complementary to the CIP, as part of the EATCHIP Work Programme, operational requirements, CNS/ATM architecture, and technical specifications are being defined as a means of realisation of the CIP Objectives This section describes the specific configuration requirements for the development of. TSRI contracted to transform the Boeing WIRS System from COBOL to C++ using an automated modernization plan. This was done in 2 Phases. In Phase 1, TSRI created an Application Blueprint® modeling the existing legacy COBOL and a Transformation Blueprint® document modeling the “To-Be” C++ code in a side by side view with the legacy COBOL code. In Phase . Use a Functional Abstraction Network model to capture the essential domain concepts and relationships that define the problem-space; 2. Overlay Cognitive Work Requirements on the functional model as a way of identifying the cognitive demands / tasks / decisions that arise in the domain and require support; 3.