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检索条件"主题词=Product Line Engineering"

共 132 条记录，以下是11-20 订阅

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Devising Integrated Process Models for Systems product line engineering 5

Devising Integrated Process Models for Systems Product Line ...

引用

5th Annual IEEE International Symposium on Systems engineering (ISSE)

作者： Tekinerdogan, Bedir Duman, Sami Gumusay, Ozdemir Durak, Bulent Wageningen Univ Informat Technol Wageningen Netherlands ASELSAN Ankara Turkey

ISBN: (纸本)9781728117836

Systems engineering is an interdisciplinary approach to translating users' needs into the realization of a system, its architecture and design through an iterative process that results in an effective operational system. While systems engineering has focused on defining a systematic life cycle process to meet the quality requirements, reuse has largely been an implicit concern. Systematic and comprehensive reuse has been addressed in the product line engineering (PLE) process. In practice, systems engineering process and product line engineering have developed and evolved separately. In this paper we aim to define the system product line engineering process that integrates the PLE reuse process with the current systems engineering process. For this we first model and discuss the so-called first and second generation PLE processes. Subsequently, we model and describe the systems engineering process life cycle and in particular the V-model. Based on these two inputs we present the first generation system PLE and second generation system PLE. We discuss the integrated processes and the lessons learned.

关键词： systems engineering product line engineering reuse process modeling

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Experience Report on Variability Improvement in a product line engineering Unaware Company 20

Experience Report on Variability Improvement in a Product Li...

引用

24th ACM Systems and Software product line Conference (SPLC)

作者： Ferreira, David Morais Becker, Martin Tenev, Vasil L. Fraunhofer Inst Expt Software Engn IESE Kaiserslautern Germany

ISBN: (纸本)9781450375702

product line engineering (PLE) enables strategic reuse within an organisation, thus reducing development costs, decreasing the time to market, and increasing product quality. As a core activity in PLE, variability management supports modelling of commonality and variability throughout the engineering life cycle. Given the increased complexity of modern software-intensive systems, variability management is becoming increasingly important. Transitioning to PLE approaches is a challenging task, as potential benefits must be carefully weighed against costs introduced by PLE approaches. This paper presents a collaborative approach for reverse-engineering variability and configuration knowledge with minimal domain expert involvement and provides insights into the experience we gained from our industrial collaboration.

关键词： Experience report product line engineering reverse engineering variability improvement industrial collaboration

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Feature-Based Systems and Software product line engineering: PLE for the Enterprise 17

Feature-Based Systems and Software Product Line Engineering:...

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21st International System and Software product line Conference (SPLC)

作者： Krueger, Charles W. Clements, Paul C. BigLever Software Inc Austin TX 78730 USA

ISBN: (纸本)9781450352215

This paper describes a tutorial to introduce a product line engineering solution, including tools and methods, that is the subject of an upcoming ISO standard and known as "Feature-Based Systems and Software product line engineering." Its usage is spreading beyond the traditional engineering realm, where PLE is best known, and across the entire enterprise in areas such as product marketing, portfolio planning, manufacturing, supply chain management, product service and maintenance, and much more.

关键词： product line engineering software product lines feature modeling bill-of-features product portfolio Feature-Based PLE

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Customizing a Feature Ontology for product line engineering within a System-of-Systems Context 5

Customizing a Feature Ontology for Product Line Engineering ...

引用

5th Annual IEEE International Symposium on Systems engineering (ISSE)

作者： Tekinerdogan, Bedir Duman, Sami Caner, Hakan Durak, Bulent Wageningen Univ Informat Technol Wageningen Netherlands ASELSAN Ankara Turkey

ISBN: (纸本)9781728117836

System of systems (SoS) is an arrangement of systems that results when independent systems are integrated into a larger system that delivers unique capabilities that cannot be provided by the constituent systems. product line engineering (PLE) is a large scale comprehensive reuse approach to reduce the cost of development, reduce the time-to-market, and increase the quality of the system. In this paper, we report on our experiences in developing a PLE approach for a SoS context, that is SoS-PLE. The results are derived from an action research within the context of Aselsan, a large scale systems engineering company. One of the challenges for SoS-PLE is the selection and customization of the required ontology for commonality and variability modeling for the SoS context. Various different feature modeling approaches have been provided in the literature, but these have largely focused on single PLE. We show the analysis and selection of a feature ontology for SoS-PLE. Subsequently, the selected feature ontology is enhanced and integrated within the product line engineering process. The results of the paper provide novel insight for the state-of-the-practice in PLE for systems engineering, and elaborates on and complement the existing literature on feature ontologies and SoSs.

关键词： system of systems engineering product line engineering feature modeling method engineering

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Methodologies for Agile product line engineering: A Survey and Evaluation 13

Methodologies for Agile Product Line Engineering: A Survey a...

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13th International Conference on Intelligent Software Methodologies, Tools, and Techniques (SoMeT)

作者： Farahani, Farima Farmahini Ramsin, Raman Sharif Univ Technol Dept Comp Engn Tehran Iran

ISBN: (纸本)9781614994343;9781614994336

Agile product line engineering (APLE) is a relatively new approach which has emerged as the result of combining two successful approaches: Software product line engineering and Agile Software Development. The goal of this combined approach is to cover the weaknesses of each of the two approaches while maximizing the advantages of both. Several methodologies exist which provide a practical process for applying APLE. In this paper, a select set of these methodologies are evaluated using a criteria-based approach, the results of which highlight each methodology's strengths and weaknesses. The evaluation framework and the results can be helpful in selecting, comparing, and modifying APLE methodologies;they can also be used for developing bespoke APLE methodologies, tailored to fit the specific needs of organizations and projects.

关键词： Software development methodology product line engineering agile software development criteria-based evaluation

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Evaluating Variability Modeling Techniques for Supporting Cyber-Physical System product line engineering 1

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9th International Conference on System Analysis and Modeling (SAM)

作者： Safdar, Safdar Aqeel Yue, Tao Ali, Shaukat Lu, Hong Simula Res Lab Oslo Norway Univ Oslo Oslo Norway

ISBN: (数字)9783319466132

ISBN: (纸本)9783319466132;9783319466125

Modern society is increasingly dependent on Cyber-Physical Systems (CPSs) in diverse domains such as aerospace, energy and health-care. Employing product line engineering (PLE) in CPSs is cost-effective in terms of reducing production cost, and achieving high productivity of a CPS development process as well as higher quality of produced CPSs. To apply CPS PLE in practice, one needs to first select an appropriate variability modeling technique (VMT), with which variabilities of a CPS product line (PL) can be specified. In this paper, we proposed a set of basic and CPS-specific variation point (VP) types and modeling requirements for proposing CPS-specific VMTs. Based on the proposed set of VP types (basic and CPS-specific) and modeling requirements, we evaluated four VMTs: Feature Modeling, Cardinality Based Feature Modeling, Common Variability Language, and SimPL (a variability modeling technique dedicated to CPS PLE), with a real-world case study. Evaluation results show that none of the selected VMTs can capture all the basic and CPS-specific VP and meet all the modeling requirements. Therefore, there is a need to extend existing techniques or propose new ones to satisfy all the requirements.

关键词： product line engineering Variability modeling Cyber-Physical Systems

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Model-Driven product line engineering for Mapping Parallel Algorithms to Parallel Computing Platforms 4

Model-Driven Product Line Engineering for Mapping Parallel A...

引用

4th International Conference on Model-Driven engineering and Software Development (MODELSWARD)

作者： Arkin, Ethem Tekinerdogan, Bedir Aselsan AS Ankara Turkey Wageningen Univ Informat Technol Wageningen Netherlands

ISBN: (纸本)9789897582325

Mapping parallel algorithms to parallel computing platforms requires several activities such as the analysis of the parallel algorithm, the definition of the logical configuration of the platform, the mapping of the algorithm to the logical configuration platform and the implementation of the source code. Applying this process from scratch for each parallel algorithm is usually time consuming and cumbersome. Moreover, for large platforms this overall process becomes intractable for the human engineer. To support systematic reuse we propose to adopt a model-driven product line engineering approach for mapping parallel algorithms to parallel computing platforms. Using model-driven transformation patterns we support the generation of logical configurations of the computing platform and the generation of the parallel source code that runs on the parallel computing platform nodes. The overall approach is illustrated for mapping an example parallel algorithm to parallel computing platforms.

关键词： Model Driven Software Development product line engineering Parallel Computing Tool Support

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Flexible product line engineering with a Virtual Platform 2014

Flexible Product Line Engineering with a Virtual Platform

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36th International Conference on Software engineering (ICSE)

作者： Antkiewicz, Michal Ji, Wenbin Berger, Thorsten Czarnecki, Krzysztof Schmorleiz, Thomas Laemmel, Ralf Stanciulescu, Stefan Wasowski, Andrzej Schaefer, Ina Univ Waterloo Waterloo ON N2L 3G1 Canada Univ Koblenz Landau Mainz Germany IT Univ Copenhagen Copenhagen Denmark Tech Univ Carolo Wilhelmina Braunschweig Braunschweig Germany

ISBN: (纸本)9781450327688

Cloning is widely used for creating new product variants. While it has low adoption costs, it often leads to maintenance problems. Long term reliance on cloning is discouraged in favor of systematic reuse offered by product line engineering (PLE) with a central platform integrating all reusable assets. Unfortunately, adopting an integrated platform requires a risky and costly migration. However, industrial experience shows that some bene fits of an integrated platform can be achieved by properly managing a set of cloned variants. In this paper, we propose an incremental and minimally invasive PLE adoption strategy called virtual platform. Virtual platform covers a spectrum of strategies between ad-hoc clone and own and PLE with a fully-integrated platform divided into six governance levels. Transitioning to a governance level requires some effort and it provides some incremental benefits. We discuss tradeoffs among the levels and illustrate the strategy on an example implementation.

关键词： product line engineering clone management virtual platform

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Documenting application-specific adaptations in software product line engineering

Documenting application-specific adaptations in software pro...

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20th International Conference on Advanced Information Systems engineering

作者： Halmans, Guenter Pohl, Klaus Sikora, Ernst RDS Consulting GmbH Morsenbroicher Weg 200 D-40470 Dusseldorf Germany Univ Duisburg Essen Software Syst Engn D-45117 Essen Germany

ISBN: (纸本)9783540695332

Software product line engineering distinguishes between two types of development processes: domain engineering and application engineering. In domain engineering software artefacts are developed for reuse. In application engineering domain artefacts are reused to create specific applications. Application engineers often face the problem that individual customer needs cannot be satisfied completely by reusing domain artefacts and thus application-specific adaptations are required. Either the domain artefacts or the application artefacts need to be modified to incorporate the application-specific adaptations. We consider the case that individual customer needs are realised by adapting the application artefacts and propose a technique for maintaining traceability between the adapted application artefacts and the domain artefacts. The traceable documentation of application-specific adaptations is facilitated by an application variability model (AVM) which records the differences between the domain artefacts and the application artefacts of a particular application. The approach is formalised using graph transformations.

关键词： product line engineering variability modelling application-specific adaptations traceability

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Feature-Based Systems and Software product line engineering: PLE for the Enterprise 19

Feature-Based Systems and Software Product Line Engineering:...

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23rd International Systems and Software product line Conference (SPLC)

作者： Krueger, Charles W. Clements, Paul C. BigLever Software Inc Austin TX 78730 USA

ISBN: (纸本)9781450371384

This paper describes a tutorial to introduce a product line engineering solution, including tools and methods, that is the subject of an upcoming ISO standard and known as "Feature-Based Systems and Software product line engineering." This tutorial will explain the approach, give its history and a brief summary of some of its many successes, and discuss its application to systems and software engineering. Moreover, the tutorial will cover how its usage is spreading beyond the traditional engineering realm, across the entire enterprise in areas such as product marketing, portfolio planning, manufacturing, supply chain management, product service and maintenance, and much more.

关键词： product line engineering software product lines feature modeling bill-of-features product portfolio Feature-based PLE

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