ISO/IEC 26550:2013
Software and systems engineering — Reference model for product line engineering and management
ISO/IEC 26550:2013 provides a reference model consisting of an abstract representation of the key processes of software and systems product line engineering and management, and the relationships between the processes.
In the product line there are two development lifecycles (domain engineering and application engineering), the involvement of variabilities, and two process groups (organizational management and technical management).
Domain Engineering lifecycle processes define and implement domain assets commonly used by member products within a product line, while Application Engineering lifecycle processes develop applications by exploiting the domain assets including common and variable assets. During domain engineering, product line variability, which reflects the specific needs of different markets and market segments, are explicitly defined. Variabilities are embedded in domain assets and during application engineering they are selected based on the defined variability models.
Organizational Management process group helps organizations to establish and improve capabilities for nurturing their product lines from conception to retirement and for establishing and managing relationships with customers, providers, and other key stakeholders. Meanwhile, Technical Management process group provides actual means used to support, monitor, and control the activities of both domain engineering and application engineering of a product line.
The reference model for software and systems product line engineering and management of ISO/IEC 26550:2013 can be used in subsequent standardization efforts to create appropriate standards for requirements engineering and management, design, realization, verification and validation, and organizational and technical management processes, tools, and methods of software and systems product line engineering.
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1 Scope
2 Normative references
3 Terms and definitions
4 From single-system engineering and management toward product line engineering and management
4.1 Challenges product companies face in the use of single-system engineering
4.2 Variability management
5 Reference model for product line engineering and management
5.1 Introduction
5.2 Reference model
6 Two life cycles and two process groups for product line engineering and management
6.1 Domain engineering life cycle
6.1.1 Product line scoping
6.1.2 Domain requirements engineering
6.1.3 Domain design
6.1.4 Domain realization
6.1.5 Domain verification and validation
6.2 Application engineering life cycle
6.2.1 Application requirements engineering
6.2.2 Application design
6.2.3 Application realization
6.2.4 Application verification and validation
6.3 Organizational management process group
6.3.1 Organizational-level product line planning
6.3.2 Organizational product line-enabling management
6.3.3 Organizational product line management
6.4 Technical management process group
6.4.1 Process management
6.4.2 Variability management
6.4.3 Asset management
6.4.4 Support management
B.1 Interrelations between product line scoping and domain requirements engineering
B.2 Interrelations between domain requirements engineering and domain design
B.3 Interrelations between domain design and domain realization
B.4 Interrelations between domain requirements engineering and domain verification and validation
B.5 Interrelations between domain design and domain verification and validation
B.6 Interrelations between domain realization and domain verification and validation
B.7 Interrelations between product line scoping and application requirements engineering
B.8 Interrelations between domain requirements engineering and application requirements engineering
B.9 Interrelations between domain design and application design
B.10 Interrelations between domain realization and application realization
B.11 Interrelations between domain verification and validation and application verification and validation
B.12 Interrelations between application requirements engineering and application design
B.13 Interrelations between application design and application realization
B.14 Interrelations between application requirements engineering and application verification and validation
B.15 Interrelations between application design and application verification and validation
B.16 Interrelations between application realization and application verification and validation
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1 Scope
2 Normative references
3 Terms and definitions
4 From single-system engineering and management toward product line engineering and management
4.1 Challenges product companies face in the use of single-system engineering
4.2 Variability management
5 Reference model for product line engineering and management
5.1 Introduction
5.2 Reference model
6 Two life cycles and two process groups for product line engineering and management
6.1 Domain engineering life cycle
6.1.1 Product line scoping
6.1.2 Domain requirements engineering
6.1.3 Domain design
6.1.4 Domain realization
6.1.5 Domain verification and validation
6.2 Application engineering life cycle
6.2.1 Application requirements engineering
6.2.2 Application design
6.2.3 Application realization
6.2.4 Application verification and validation
6.3 Organizational management process group
6.3.1 Organizational-level product line planning
6.3.2 Organizational product line-enabling management
6.3.3 Organizational product line management
6.4 Technical management process group
6.4.1 Process management
6.4.2 Variability management
6.4.3 Asset management
6.4.4 Support management
B.1 Interrelations between product line scoping and domain requirements engineering
B.2 Interrelations between domain requirements engineering and domain design
B.3 Interrelations between domain design and domain realization
B.4 Interrelations between domain requirements engineering and domain verification and validation
B.5 Interrelations between domain design and domain verification and validation
B.6 Interrelations between domain realization and domain verification and validation
B.7 Interrelations between product line scoping and application requirements engineering
B.8 Interrelations between domain requirements engineering and application requirements engineering
B.9 Interrelations between domain design and application design
B.10 Interrelations between domain realization and application realization
B.11 Interrelations between domain verification and validation and application verification and validation
B.12 Interrelations between application requirements engineering and application design
B.13 Interrelations between application design and application realization
B.14 Interrelations between application requirements engineering and application verification and validation
B.15 Interrelations between application design and application verification and validation
B.16 Interrelations between application realization and application verification and validation