Towards Model‐based Systems Engineering (Mbse) Patterns to Efficiently Reuse Know‐how

Wu, Quentin; Gouyon, David; Hubert, Pascal; Levrat, Éric

doi:10.1002/inst.12178

Cited by 5 publications

(3 citation statements)

References 19 publications

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“…In recent years, MBSE technology has been increasingly recognized by the engineering industry. MBSE is the realization of system design work through digital design methods, which is divided into three steps: requirement analysis, system analysis, and system design [3][4][5]. The main difference between MBSE and traditional systems engineering methods is that models are used instead of traditional documentation methods, and the uniqueness and executableness of models are their greatest characteristics [6].…”

Section: Prefacementioning

confidence: 99%

Research on Architecture Modeling of Aviation-guided Munitions System Based on MBSE

Wang

et al. 2023

J. Phys.: Conf. Ser.

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In order to explore the forward R & D mode of aviation-guided munitions, an architecture modeling method of aviation-guided munitions weapon system based on MBSE(Model Based System Engineering) is proposed. Based on MBSE typical methodology and SysML language, taking a certain type of aviation-guided munition as an example, the system architecture model is constructed, and the design process including the requirements analysis, functional logic analysis, architecture balance and analysis, and scheme detailed design of aviation-guided munitions is described. The simulation analysis and verification are carried out, and the complete description of the continuous dynamic behavior of the aviation-guided munitions system architecture is realized. The research results can provide support for the scheme design and agile research and development of aviation-guided munitions equipment.

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Section: Prefacementioning

confidence: 99%

Research on Architecture Modeling of Aviation-guided Munitions System Based on MBSE

Wang

et al. 2023

J. Phys.: Conf. Ser.

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“…Montgomery 20 discussed leveraging MBSE at the beginning of system design to navigate uncertainties related to integration and qualification. Russell, 21 Steimer, 22 and Wu 23 presented the benefits of MBSE to enhanced decision‐making, manufacturing planning, and knowledge management. While the list of authors presenting the benefits of MBSE to various disciplines and domains is expansive, extending MBSE benefits to managing obsolescence is not yet covered.…”

Section: Introductionmentioning

confidence: 99%

Synergizing model‐based systems engineering, modularity, and software container concepts to manage obsolescence

Morgan

Holzer

Eveleigh

2021

Systems Engineering

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Costs to replace obsolete parts are estimated to exceed $10 billion annually for military expenditures. 1 Other industries experience high costs related to obsolete parts as well. [2][3][4][5] Synergies between Model-Based Systems Engineering (MBSE) and modular design concepts should be leveraged to reduce those costs early in the design process. To date, obsolescence management, MBSE, and modularity have been studied, advanced, and presented in a mostly disjunct manner. Consequently, work to synergize these areas specifically to mitigate obsolescence impacts is lacking. The research presented herein illuminates that the untapped synergy at the nexus of obsolescence management, MBSE, and modular design can be leveraged to enhance strategic management of obsolescence. Borrowing from the modular software engineering "container" concept 6 , the MBSE container modeling approach presented provides systems engineers, architects, and designers with a novel method to influence the system design by minimizing the number of system modules affected by obsolescence. By applying this model-based strategic obsolescence management approach early in the system architecting and design stages, system engineering teams can reduce the associated complexity, lifecycle costs, and risk of obsolete parts replacement. K E Y W O R D Sobsolescence management, SEE05 requirements elicitation and management, SEE24 modelbased systems engineering (MBSE) 1 A complex redesign is defined as one that "affects assemblies beyond the obsolete item's next higher assembly and may require that higher-level assemblies, software, and interfaces also be changed". 8

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“…However, the expected benefits include the assumption that the reused modeling artifacts satisfy maturity criteria that guarantee that they have reached a level of quality compatible with the reuse objectives. To formalize reuse activities within an MBSE framework and to benefit from a sufficient maturity level, it appears that the pattern concept is promising, as it is generic and method agnostic [4].…”

Section: Introductionmentioning

confidence: 99%

Use of Patterns for Know-How Reuse in a Model-Based Systems Engineering Framework

Gouyon

Levrat

et al. 2020

IEEE Systems Journal

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The increasing complexity of systems being developed requires engineers to review their practices to improve engineering efficiency and meet the needs of a competitive market.To answer these challenges, engineers have always reused their know-how. However, facing today's rising complexity, reuse has to be much more performant. That is why models supported by formal or semiformal languages are preferred to avoid the variability of natural languages interpretation. In this context, Model-Based Systems Engineering (MBSE) made it possible to change the engineering paradigm by proposing a unique, shared system model. To promote and ease MBSE adoption, reuse should be fostered to respect the engineer's working method. A promising method for reusing models is based on the pattern concept. Thus, this paper aims to review and evaluate the pattern concept as a means of transferring know-how and fostering reuse in an MBSE approach.

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Towards Model‐based Systems Engineering (Mbse) Patterns to Efficiently Reuse Know‐how

Cited by 5 publications

References 19 publications

Research on Architecture Modeling of Aviation-guided Munitions System Based on MBSE

Research on Architecture Modeling of Aviation-guided Munitions System Based on MBSE

Synergizing model‐based systems engineering, modularity, and software container concepts to manage obsolescence

Use of Patterns for Know-How Reuse in a Model-Based Systems Engineering Framework

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