🔥🔥 Don’t Miss Out on Our End of Autumn Sale. If you have any questions, feel free to click the bottom right corner to contact our customer service..

Concat us[email protected]
Shopping Cart

No products in the cart.

🔍
BS ISO/IEC 26555:2015

BS ISO/IEC 26555:2015

$215.11

Software and systems engineering. Tools and methods for product line technical management

Published By Publication Date Number of Pages
BSI 2015 74
PDF Format Searchable Printable Preview Now
Guaranteed Safe Checkout
Category:

If you have any questions, feel free to reach out to our online customer service team by clicking on the bottom right corner. We’re here to assist you 24/7.
Email:[email protected]

PDF Catalog

PDF Pages PDF Title
8 Foreword
9 Introduction
11 1 Scope
2 Normative references
3 Terms and definitions
12 4 Reference model for product line technical management
16 5 Process management
17 5.1 Applying process enabling processes for product lines
5.1.1 Establish process management group
18 5.1.2 Align resources for process definition and improvements
19 5.1.3 Govern process definition and improvement
5.1.4 Prepare process management and improvement
20 5.2 Domain engineering process definition
5.2.1 Define domain engineering processes
21 5.2.2 Validate domain engineering processes
5.2.3 Deploy the domain engineering processes
22 5.3 Application engineering process definition
5.3.1 Define application engineering processes
23 5.3.2 Validate the conformance of application engineering processes with domain engineering processes
24 5.3.3 Deploy the application engineering processes
5.4 Applying process monitoring and control for product lines
25 5.4.1 Plan for process monitoring and control
5.4.2 Define process performance measures
26 5.4.3 Measure and manage process performance
5.4.4 Coordinate processes for improving reusability
27 5.5 Applying process improvement for product lines
5.5.1 Assess processes
28 5.5.2 Estimate the impact of changes on processes
5.5.3 Plan process improvement
29 5.5.4 Implement process improvements
5.5.5 Evaluate process improvement
30 6 Variability management
31 6.1 Variability modelling
6.1.1 Establish variability modeling policy
32 6.1.2 Collect variability information
33 6.1.3 Verify variability models
6.1.4 Share and maintain variability models
6.2 Variability mechanism
34 6.2.1 Establish variability mechanism management policy
6.2.2 Operate variability mechanisms
35 6.2.3 Support variability mechanisms operation
6.3 Variability documentation
36 6.3.1 Establish policies for variability documentation
6.3.2 Collect annotations of variability models
6.3.3 Validate the variability documentation
37 6.4 Variability binding
6.4.1 Establish binding policy
6.4.2 Guide trade-offs analysis among alternatives of binding time
38 6.4.3 Guide binding time decision
6.4.4 Maintain binding information
39 6.5 Variability tracing
6.5.1 Establish policies for traceability management of variability models
40 6.5.2 Define links between variability model and domain assets
6.5.3 Manage the changes of the defined trace links
6.6 Variability control and evolution
41 6.6.1 Identify and analyse the evolution needs of variants
6.6.2 Add or remove variants
42 6.6.3 Add or remove dependencies and constraints
6.6.4 Change binding time
43 6.6.5 Maintain the affected traceabilities
6.6.6 Provide feedback for variabilities and the variability evolution process
7 Asset Management
44 7.1 Asset identification
45 7.1.1 Set up and maintain organizational policies for managing assets
7.1.2 Identity asset candidates
7.1.3 Estimate efforts necessary to create, reuse, and update domain assets
46 7.1.4 Determine assets
7.1.5 Elicit information necessary to reuse assets
47 7.2 Asset base implementation
7.2.1 Establish the mining (retrieval) mechanism for assets
48 7.2.2 Define and implement the CRUD method for assets
7.2.3 Establish asset base
49 7.2.4 Evaluate asset base
7.3 Asset validation
50 7.3.1 Review the selected assets
7.3.2 Review asset configurations
7.3.3 Create and release baselines of assets
51 7.4 Asset evolution (including change management)
7.4.1 Manage asset changes
52 7.4.2 Maintain traceability of assets
7.4.3 Manage feedback and take appropriate evolution actions
53 7.4.4 Transform the existing assets into assets to rehabilitate asset base
7.4.5 Dispose assets from asset base
8 Support management
54 8.1 Technical quality management
55 8.1.1 Establish technical quality management policy
8.1.2 Establish and maintain criteria for quality assurance
8.1.3 Perform quality assurance according to criteria
56 8.1.4 Communicate and ensure resolution of noncompliance issues
8.2 Configuration management
57 8.2.1 Identify configurations of member products
58 8.2.2 Establish configuration tree for a product line
59 8.2.3 Manage configuration of variability in space
8.3 Decision management
60 8.3.1 Establish decision management policy
61 8.3.2 Tailor decision procedure
8.3.3 Guide the decision execution
8.3.4 Learn from execution results
62 8.4 Technical risk management
8.4.1 Identify technical risks
8.4.2 Assess technical risks
63 8.4.3 Develop technical risk mitigation plans
8.4.4 Activate the mitigation plan
64 8.5 Tool management
8.5.1 Identify needs for tool management
65 8.5.2 Select and adapt tools
8.5.3 Set up and maintain tools
66 Annex A (informative) Technical management and technical readiness levels (TRL)
67 Annex B (informative) Relationship with ISO/IEC 12207 processes
70 Annex C (informative) Construct for process, method, tool, and aspect
71 Bibliography

Related products

BS ISO/IEC 26555:2015
$215.11