Good_practice_in_primary_mathematics
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Good_practice_in_primary_mathematics
^ArWestVirginiaUniversityTHE RESEARCH REPOSITORY @ wvuGraduate Theses, Dissertations, and Problem Reports2000Formal specification of requirements for Good_practice_in_primary_mathematics analytical redundancybased fault -tolerant flight control systemsDiego Del GobboI Vest Virginia UniversityFollow this and additional works at: httpsV/researchrepository wvu.edu/etdRecommended CitationDel Gobbo, Diego, "Formal specification of requirements for analytical redundancy-based fault -tole Good_practice_in_primary_mathematicsrant flight control systems" (2000). Graduate Theses, Dissertations, and Problem Reports. 2378.https://researchrepository.wvu.edu/etd/2378This DissertGood_practice_in_primary_mathematics
ation is protected by copyright and/or related rights. It has been brought to you by the The Research Repository © wvu with permission from the rights^ArWestVirginiaUniversityTHE RESEARCH REPOSITORY @ wvuGraduate Theses, Dissertations, and Problem Reports2000Formal specification of requirements for Good_practice_in_primary_mathematicse. For other uses you must obtain permission from the rights-holder(s) directly, unless additional rights are indicated by a Creative Commons license in the record and/ or on the work itself. This Dissertation has been accepted for inclusion in wvu Graduate Theses. Dissertations, and Problem Reports Good_practice_in_primary_mathematics collection by an authorized administrator of The Research Repository @ wvu. For more information, please contact researchrepository©mail wvu.edu.FormGood_practice_in_primary_mathematics
al Specification of Requirements for Analytical Redundancy basedFault Tolerant Flight Control SystemsDiego Did GobboDissertation submitted to the Coll^ArWestVirginiaUniversityTHE RESEARCH REPOSITORY @ wvuGraduate Theses, Dissertations, and Problem Reports2000Formal specification of requirements for Good_practice_in_primary_mathematicsinAerospace EngineeringMarcello Napolitano, Ph.D., Chair Larry Banta. Ph.D. Robert Bond. Ph.D.All Mill. Ph.D Gary Morris. Ph.D.Department of Mechanical and Aerospace EngineeringMorgantown. West Virginia 20(H)Keywords: Fault Tolerance. Flight Control System. Analytic Redundancy. System Requirements S Good_practice_in_primary_mathematicspecification. Relational Algebra Copyright 2000 Diego Del GobboAbstractFormal Specification of Requirements for Analytical Redundancy based Fault ToleGood_practice_in_primary_mathematics
rant Flight Control SystemsDy Diego Del GobbvFlight control systems are undergoing a rapid process of automation. The use of Fly-By-Wire digital fligh^ArWestVirginiaUniversityTHE RESEARCH REPOSITORY @ wvuGraduate Theses, Dissertations, and Problem Reports2000Formal specification of requirements for Good_practice_in_primary_mathematicsh an increased complexity of flight control systems with obvious consequences on reliability and safety. Flight control systems must meet strict fault-tolerance requirements. The standard solution to achieving fault tolerance capability relies on multi-string architectures. On the other hand, multi- Good_practice_in_primary_mathematicsstring architectures further increase the complexity of the system inducing a reduction of overall reliability.In the past two decades a variety of teGood_practice_in_primary_mathematics
chniques based on analytical redundancy have been suggested for fault diagnosis purposes. While research on analytical redundancy has obtained desirab^ArWestVirginiaUniversityTHE RESEARCH REPOSITORY @ wvuGraduate Theses, Dissertations, and Problem Reports2000Formal specification of requirements for Good_practice_in_primary_mathematicsrol systems is missing.The main objective of this research work is to describe within a formal framework the implications of adopting analytical redundancy as a basis to achieve fault tolerance. The research activity involves analysis of the analytical redundancy approach, analysis of flight control Good_practice_in_primary_mathematics system informal requirements, and re-engineering (modeling and specification) of the fault tolerance requirements, rhe USAF military specification MIGood_practice_in_primary_mathematics
L F-9490D and supporting documents are adopted as source for the flight control informal requirements. I’he De Havilland DHC-2 general aviation aircra^ArWestVirginiaUniversityTHE RESEARCH REPOSITORY @ wvuGraduate Theses, Dissertations, and Problem Reports2000Formal specification of requirements for Good_practice_in_primary_mathematicsfication of the requirements.The detailed analysis and formalization of the requirements resulted in a belter definition of the fault tolerance problem in rhe framework of analytical redundancy. Fault tolerance requirements and related certification procedures turned out to be considerably more dema Good_practice_in_primary_mathematicsnding than those typically adopted in the literature. Furthermore, the research work brought up to light important issues in all fields involved ill tGood_practice_in_primary_mathematics
he specification process, namely flight control system requirements, analytical redundancy, and requirements engineering.AcknowledgmentsI would like t^ArWestVirginiaUniversityTHE RESEARCH REPOSITORY @ wvuGraduate Theses, Dissertations, and Problem Reports2000Formal specification of requirements for Good_practice_in_primary_mathematicschaos that characterized the early phases of this work. His guidance was crucial to the successful completion of this project. I am also thankful to Dr. Francesco Nasuti for his friendship and for the numerous helpful discussions on the many faces of analytical redundancy.I wish to thank all of the Good_practice_in_primary_mathematicsDrs., researchers, and students who played a role in this research work. Among them 1 would like to cite Dr. Wu Wen, Dr. Jack Callahan, Dr. Steve EastGood_practice_in_primary_mathematics
erbrook, Dr. Bojan Cukic, Dr. Mark Shereshevsky, Dr. Harjinder Sandhu, and Dr. Vittorio Cortellessa. In the years of meetings and discussions since th^ArWestVirginiaUniversityTHE RESEARCH REPOSITORY @ wvuGraduate Theses, Dissertations, and Problem Reports2000Formal specification of requirements for Good_practice_in_primary_mathematicsithout her love and support I would not be here now. Of course. 1 am grateful to my parents for their unbounded love, and to my grandmother for "being the origin of the family", as she says. 1 am also grateful to my brothers for not hanging me upside down this time, and to my sister for her unforget Good_practice_in_primary_mathematicstable shout of joy.Finally, I wish to thank all of those who kept asking: "So ... have you done?” ... I have!^ArWestVirginiaUniversityTHE RESEARCH REPOSITORY @ wvuGraduate Theses, Dissertations, and Problem Reports2000Formal specification of requirements for ^ArWestVirginiaUniversityTHE RESEARCH REPOSITORY @ wvuGraduate Theses, Dissertations, and Problem Reports2000Formal specification of requirements forGọi ngay
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