An Approach to Dynamically Achieving Quality Requirements Change in Product Line Engineering

In: International Workshop on Dynamic Software Product Line (DSPL 07). Accepted, September, 2007

Authors

• Minseong Kim
• Sooyong Park
• Jaejoon Lee

Abstract

In a product line, after deployment, changes to a product will happen at runtime as user needs and/or operating environments vary. The changes must be achieved dynamically at runtime in settings with high availability, limited resources, and changing context. However, when quality requirements are required to change dynamically in a product line, it is difficult to manage and achieve that due to the complex nature of quality requirements such as crosscutting. Thus, we propose a goal and scenario driven approach, which treats dynamic quality requirements as goals to be achieved in a product line, and analyzes dynamic variabilities to meet the goals through scenarios. In this approach, we can provide the rationale for dynamic variations and mitigate the difficulties of updating quality requirements dynamically. To validate our approach, we applied it to the engineering of an Intelligent Service Robot product line.

BibTeX

 
@InProceedings{ 2007, 
   title = { An Approach to Dynamically Achieving Quality Requirements Change in Product Line Engineering }, 
   author = { Minseong Kim and Sooyong Park and Jaejoon Lee },   
   booktitle = { International Workshop on Dynamic Software Product Line (DSPL 07) },            
   note = { Accepted }, 
   month = sep, 
   year = 2007, 
} 

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This publication belongs to the project DASIS.