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  • Bayesian Reliability Analysis
    <blockquote>Martz, H.F. and R.A. Waller. 1991. ''Bayesian Reliability Analysis''. Malabar, FL, USA: Kreiger.</blockquote> ...is considered a primary reference for the [[Reliability, Availability, and Maintainability]] article.
    502 bytes (62 words) - 22:50, 2 May 2024
  • Reliability Engineering Handbook
    <blockquote>Kececioglu, D. 1991. ''Reliability Engineering Handbook,'' Vol 2. Upper Saddle River, NJ: Prentice Hall.</bloc ...is considered a primary reference for the [[Reliability, Availability, and Maintainability]] article.
    461 bytes (55 words) - 22:51, 2 May 2024
  • Reliability Modeling, Prediction, and Optimization
    ...ability Modeling, Prediction, and Optimization''. New York, NY, USA: Wiley and Sons.</blockquote> ...is considered a primary reference for the [[Reliability, Availability, and Maintainability]] article.
    526 bytes (67 words) - 22:44, 2 May 2024
  • Statistical Methods for Reliability Data
    ...98. ''Statistical Methods for Reliability Data''. New York, NY, USA: Wiley and Sons.</blockquote> ...is considered a primary reference for the [[Reliability, Availability, and Maintainability]] article.
    506 bytes (66 words) - 22:58, 2 May 2024
  • DOD Guide for Achieving Reliability, Availability, and Maintainability
    ...ability Modeling, Prediction, and Optimization''. New York, NY, USA: Wiley and Sons.</blockquote> ...is considered a primary reference for the [[Reliability, Availability, and Maintainability]] article.
    532 bytes (71 words) - 21:45, 2 May 2024
  • Statistical Models and Methods for Lifetime Data
    ...atistical Models and Methods for Lifetime Data''. New York, NY, USA: Wiley and Sons.</blockquote> ...is considered a primary reference for the [[Reliability, Availability, and Maintainability]] article.
    497 bytes (64 words) - 22:28, 2 May 2024
  • non-functional requirements
    ...l requirements include availability, reliability, maintainability, safety, and security.
    564 bytes (74 words) - 22:41, 2 May 2024
  • Standard Korean Light Transit System
    ...iability, Availability, and Maintainability|reliability, availability, and maintainability]] were critical to the success of this system. ...focused on reliability, availability, maintainability, and safety (RAMS), and were integrated into project management (PM) activities during all phases.
    9 KB (1,268 words) - 22:39, 2 May 2024
  • Development of SEBoK v. 1.8
    ...[[Reliability, Availability, and Maintainability]] and [[Manufacturability and Producibility]] articles in [[Related Disciplines|Part 6: Related Disciplin == Content and Feature Updates for v. 1.8 ==
    7 KB (959 words) - 22:36, 8 March 2024
  • Acknowledgements and Release History
    ...t versions of the SEBoK, please follow the links under "[[Acknowledgements and Release History#SEBoK Release History|SEBoK Release History]]" below. ==BKCASE History, Motivation, and Value==
    12 KB (1,740 words) - 23:43, 5 May 2024
  • System Maintenance
    ...ablish requirements and tasks to be accomplished for achieving, restoring, and maintaining operational capability for the life of the system. For a {{Term *[[Capability Updates, Upgrades, and Modernization]]
    9 KB (1,148 words) - 22:57, 2 May 2024
  • Systems Engineering and Quality Attributes
    '''''Lead Authors:''''' ''Art Pyster and Dave Olwell'' '''''Contributing Authors:''''' ''Richard Turner, Dick Fairl ...called ''quality attributes,'' ''non-functional requirements, -ilities,'' and ''specialties.'' In this KA, the term {{Term|Specialty Engineering (glossa
    9 KB (1,289 words) - 22:45, 2 May 2024
  • Logistics
    ...ines logistics as the science of planning and implementing the acquisition and use of the resources necessary to sustain the operation of a system. ...on University (DAU) model of the SE aspects for consideration in logistics and logistics planning (DAU 2010).
    18 KB (2,434 words) - 22:56, 2 May 2024
  • Denver Airport Baggage Handling System
    ...aggage handling system. In August 2005, the automated system was abandoned and replaced with a manual one. ...align with the conveyor belts feeding the bags. This resulted in mutilated and lost bags (Neufville 1994; Gibbs 1994).
    5 KB (681 words) - 23:15, 2 May 2024
  • Federal Aviation Administration (FAA) Advanced Automation System (AAS)
    ...forecasted large increases in traffic through the use of modern equipment and advanced software functions. (GAO 1992) ...$2.5 billion and be completed in 1996. However, substantial cost increases and schedule delays beset the AAS project over its history, caused by numerous
    6 KB (837 words) - 23:04, 2 May 2024
  • System Reliability, Availability, and Maintainability
    ...together. Collectively, they affect economic life-cycle costs of a system and its utility. ...y, governments, and the military, reliability must consider both hardware, and software.
    48 KB (6,784 words) - 23:06, 2 May 2024
  • Relationship between Systems Engineering and Geospatial/Geodetic Engineering
    ...les in the Knowledge Area[[Systems Engineering and Quality Attributes | SE and Quality Attributes]]. ...rm|System (glossary)|Systems}} that directly include geospatial components and {{Term|System Element (glossary)|system elements}}, or that perform {{Term|
    19 KB (2,639 words) - 23:15, 2 May 2024
  • Outline
    ***[[Systems Engineering: Historic and Future Challenges]] ***[[Systems Engineering and Other Disciplines]]
    11 KB (1,184 words) - 21:55, 23 April 2024
  • Quality Management
    ...e, or an enterprise, the deliverable should meet the needs of the customer and be fit for use. Such a deliverable is said to be of high {{Term|Quality ( ...variation, reducing the likelihood that a process would go out of control, and accordingly reducing the monitoring requirements.
    18 KB (2,704 words) - 22:58, 2 May 2024
  • SEBoK Table of Contents
    **[[Systems Engineering: Historic and Future Challenges]] **[[Systems Engineering and Other Disciplines]]
    12 KB (1,384 words) - 00:24, 3 May 2024
  • System Implementation
    ...n integrated to form intermediate {{Term|Aggregate (glossary)|aggregates}} and finally the complete {{Term|System-of-Interest (glossary)|system-of-interes ==Definition and Purpose==
    12 KB (1,664 words) - 22:39, 2 May 2024
  • Acronyms
    The following is a list of acronyms and abbreviations which are used within the SEBoK. |Architecture Analysis and Design Language
    21 KB (2,885 words) - 23:25, 2 May 2024
  • Development of SEBoK v. 1.7
    == Content and Feature Updates for v. 1.7 == ...the Editor|letter from the editor]] for a wider discussion of the changes and future plans.
    9 KB (1,168 words) - 22:36, 8 March 2024
  • Key Points a Systems Engineer Needs to Know about Software Engineering
    ...ossary)|systems engineers}} to be knowledgeable about software engineering and its relationship to {{Term|Systems Engineering (glossary)|systems engineeri ...about software and software engineering. Most are documented in (Fairley and Willshire 2011):
    22 KB (3,080 words) - 22:49, 2 May 2024
  • Structure of the SEBoK
    ...oes not contain all of this knowledge itself but provides a starting point and key resources to allow the reader to navigate the wider body of knowledge t *Defines relevant knowledge and structures it to facilitate understanding.
    9 KB (1,359 words) - 23:17, 2 May 2024
  • System Safety
    ...n the practice of system safety. These tools are applied to both hardware and software elements of the system in question. ...e severity and probability of the identified hazards, and to minimize risk and severity where the hazards cannot be eliminated. MIL STD 882E defines a haz
    10 KB (1,323 words) - 22:53, 2 May 2024
  • Systems Engineering and Other Disciplines
    ...hould have a basic understanding of the nature of these other disciplines, and often need to understand aspects of another discipline in detail. This arti ...r-Stokes equations, Knuth’s compendia of sorting and searching algorithms, and Fitts’s Law of human movement, pertain to performance in a {{Term|System-
    10 KB (1,363 words) - 22:30, 2 May 2024
  • Development of SEBoK v. 2.3
    ...ease, including two new articles: [[Brief History of Systems Engineering]] and [[Portfolio Management]]. A number of additional minor edits, including a n == Content and Feature Updates for v. 2.3 ==
    10 KB (1,387 words) - 22:35, 8 March 2024
  • A Framework for Viewing Quality Attributes from the Lens of Loss
    ...[[System Resilience|system resilience]], [[System Safety|system safety]], and [[System Security|system security]]). ...y (glossary)}}, and {{Term|Availability (glossary)}}. There is commonality and synergy among these specialty areas, which should be addressed by systems e
    17 KB (2,314 words) - 21:51, 2 May 2024
  • Product as a System Fundamentals
    ==Product Elements and Connections== ...connections: connections among elements, and connections between elements and things in the system environment. That portion of the environment that can
    21 KB (2,825 words) - 22:53, 2 May 2024
  • System Resilience
    ...the information here should provide a working understanding of the meaning and implementation of resilience, sufficient for a system engineer to effective ...resilience as "ability of systems, infrastructures, government, business, and citizenry to resist, absorb, recover from, or adapt to an adverse occurrenc
    43 KB (5,743 words) - 22:27, 2 May 2024
  • Assessing Systems Engineering Performance of Business and Enterprises
    ...adds value to the organization, is aligned to the organization's purpose, and implements the relevant parts of the organization's strategy. ...ection, training, culture, incentives), process, tools and infrastructure, and organization; therefore, the assessment of systems engineering performance
    20 KB (2,857 words) - 22:45, 2 May 2024
  • Human Systems Integration
    ...buting Authors:''''' ''Guy Boy, Alice Squires, Paul Phister, Stuart Booth, and Dick Fairley'' ...ment, test, production, use and disposal of systems, subsystems, equipment and facilities.” (SAE 2019).
    23 KB (3,230 words) - 22:15, 2 May 2024
  • Integrating Supporting Aspects into System Models
    ...and supporting aspects using Model-Based Systems Engineering methodologies and frameworks. Supporting aspects of systems engineering include: *Requirements Engineering and Management
    23 KB (3,218 words) - 23:25, 2 May 2024
  • System Requirements Definition
    ...g models or diagrams. Inputs into this process are the life cycle concepts and integrated set of needs generated during the [[System Concept Definition]] * Form the basis of system {{Term|Architecture (glossary)|architecture}} and {{Term|Design (glossary)|design}} activities.
    23 KB (3,256 words) - 22:49, 2 May 2024
  • System Analysis
    ...te the most efficient {{Term|Architecture (glossary)|system architecture}} and to generate derived engineering data. During engineering, assessments shoul ...includes modeling and simulation, cost analysis, technical risks analysis, and effectiveness analysis.
    22 KB (3,136 words) - 22:42, 2 May 2024
  • System Disposal and Retirement
    ...s Engineering and Management|Part 3]] for discussion on life cycle metrics and assessment.) ...ng, reuse, and responsible disposal techniques. (See [[Systems Engineering and Environmental Engineering]] for additional discussion.)
    20 KB (2,655 words) - 22:22, 2 May 2024
  • Physical Architecture
    ...ional system requirements (e.g. constraint of replacement of obsolescence, and/or continued product support). ...cture is assessed with {{Term|System Analysis (glossary)|system analysis}} and when completed becomes the basis for {{Term|System Realization (glossary)|s
    26 KB (3,550 words) - 23:19, 2 May 2024
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