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BS ISO/IEC 26580:2021

BS ISO/IEC 26580:2021

$198.66

Software and systems engineering. Methods and tools for the feature-based approach to software and systems product line engineering

Published By Publication Date Number of Pages
BSI 2021 62
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This document is a specialization of the more general reference model for software and systems product line engineering and management described in ISO/IEC 26550. The specialization defined herein addresses a class of methods and tools referred to as feature-based software and systems product line engineering, or feature-based PLE, which has emerged as a proven and repeatable product line engineering and management (PLE) practice supported by commercial tool providers.

This document:

  1. provides the terms and definitions specific to feature-based PLE;

  2. defines how feature-based PLE is a specialization within the general ISO/IEC 26550 reference model for product line engineering and management;

  3. defines a reference model for the overall structure and processes of feature-based PLE and describes how the elements of the reference model fit together;

  4. defines interrelationships and methods for applying the elements and tools of the product line reference model;

  5. defines required and supporting tool capabilities.

In this document, products of feature-based PLE include digital work products that support the engineering of a system. Some of the artefacts are actually part of the delivered products, while other artefacts can be non-deliverable, such as physical or digital design models.

The intended audience for this document comprises:

  1. technology providers who wish to provide automated tool support for the reference model and processes described in this document;

  2. champions within an organization who wish to introduce feature-based PLE throughout that organization;

  3. IT staff within a PLE organization who will introduce and maintain the necessary technology to support feature-based PLE;

  4. practitioner stakeholders who will use the provided technology to practice feature-based PLE;

  5. technical and business managers who will sponsor and direct the methods necessary to practice feature-based PLE;

  6. university professors, researchers, corporate trainers, and other educators who will create and share pedagogical materials about feature-based PLE and its benefits.

PDF Catalog

PDF Pages PDF Title
2 undefined
8 Foreword
9 Introduction
11 1 Scope
2 Normative references
12 3 Terms and definitions
14 4 Overview of feature-based product line engineering
4.1 General
15 4.2 Shared assets
16 4.3 Features
17 4.4 Automated means of production
5 A feature-based specialization of software and systems product line engineering
21 6 Reference model for the feature-based approach to software and systems product line engineering
6.1 General
22 6.2 Key elements of the feature-based PLE factory
6.2.1 General
23 6.2.2 Feature catalogue
6.2.3 Bill-of-features and bill-of-features portfolio
24 6.2.4 Shared asset supersets
6.2.5 PLE factory configurator
6.2.6 Product asset instances
25 6.3 Relationships among the key elements of the factory
6.3.1 General
6.3.2 Feature-based abstractions: feature catalogue and bill-of-features portfolio
26 6.3.3 Domain supersets: feature catalogue and shared asset supersets
27 6.3.4 Assets: shared asset supersets and product asset instances
28 6.3.5 Product instances: bill-of-features portfolio and product asset instances
29 6.4 Reference model layers
30 6.5 Feature language
6.6 Support for a hierarchical product line of product lines
31 6.7 Other concerns
6.7.1 General
6.7.2 Configuration management concern
6.7.3 Traceability concern
32 6.7.4 Change management concern
6.7.5 Access control concern
7 Technology layer
7.1 General
7.2 Feature language
35 7.3 Feature catalogue
7.4 Bill-of-features portfolio
7.5 Shared asset supersets
36 7.6 Product asset instances
7.7 PLE factory configurator
7.8 PLE factory development environment
37 8 Technical organization management layer
8.1 General
38 8.2 Relationship to ISO/IEC 26550 technical management process group and ISO/IEC 26556
39 8.3 Feature catalogue engineering
8.3.1 Purpose
8.3.2 Role
8.3.3 Outcomes
8.3.4 Inputs
8.3.5 Tasks
40 8.3.6 Tools
41 8.4 Bill-of-features portfolio engineering
8.4.1 Purpose
8.4.2 Role
8.4.3 Outcomes
8.4.4 Inputs
8.4.5 Tasks
42 8.4.6 Tools
8.5 Shared asset superset engineering
8.5.1 Purpose
43 8.5.2 Role
8.5.3 Outcomes
8.5.4 Inputs
8.5.5 Tasks
44 8.5.6 Tools
45 8.6 Automated configuration of the product asset instances
8.6.1 Purpose
8.6.2 Role
8.6.3 Outcomes
8.6.4 Inputs
8.6.5 Task — Configure the shared asset supersets using the PLE factory configurator
8.6.6 Tools
8.7 Verification, validation, and product delivery of the product asset instances
8.7.1 Purpose
46 8.7.2 Role
8.7.3 Outcomes
8.7.4 Inputs
8.7.5 Tasks
8.7.6 Tools
47 8.8 Configuration management
8.8.1 Purpose
8.8.2 Role
8.8.3 Outcomes
8.8.4 Inputs
8.8.5 Tasks
48 8.8.6 Tools
8.9 Traceability management
8.9.1 Purpose
8.9.2 Role
8.9.3 Outcomes
49 8.9.4 Inputs
8.9.5 Tasks
8.9.6 Tools
50 8.10 Change management
8.10.1 Purpose
8.10.2 Role
8.10.3 Outcomes
8.10.4 Inputs
8.10.5 Tasks
51 8.10.6 Tools
9 Business organization management layer
9.1 General
52 9.2 Incorporation of ISO/IEC 26550, ISO/IEC 26556 and ISO/IEC 26562 processes
54 9.3 Fund the PLE factory
9.3.1 Purpose
9.3.2 Outcomes
9.3.3 Inputs
9.3.4 Task — Establish and execute a funding policy for the PLE factory
55 9.3.5 Tools
56 Annex A (informative) Terminology specialization from ISO/IEC 26550 to this document
60 Annex B (informative) UML 2.0 Diagrams for the feature-based PLE factory
61 Bibliography

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BS ISO/IEC 26580:2021
$198.66