Software Quality
4th International Conference, SWQD 2012, Vienna, Austria, January 17-19, 2012, Proceedings
Published on 13. January 2012
XII, 231 pages
978-3-642-27213-4 (ISBN)
Description
This book constitutes the refereed proceedings of the 4th Software Quality Days Conference (SWQD) held in Vienna, Austria, in January 2012. The selection of presentations at the conference encompasses a mixture of practical presentations and scientific papers covering new research topics. The seven scientific full papers accepted for SWQD were each peer-reviewed by three or more reviewers and selected out of 18 high-quality submissions. Further, six short papers on promising research directions were also presented and included in order to spark discussions between researchers and practitioners. The papers are organized into topical sections on software product quality; software engineering processes; software process improvement; component-based architectures; risk management; and quality assurance and collaboration.
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Stefan Biffl | Dietmar Winkler | Johannes Bergsmann
Software Quality
4th International Conference, SWQD 2012, Vienna, Austria, January 17-19, 2012, Proceedings
Book
01/2012
1st Edition
Springer
€53.49
Shipment within 7-9 days
Persons
Content
- Title Page
- Message from the General Chair
- Message from the Scientific Program Chair
- Organization
- Table of Contents
- Keynotes
- Quality Assurance in Model-Based Software Development - Challenges and Opportunities -
- The State of the Practice and the Need for Quality Assurance in Model Based Software Development
- Does Investing in Modeling and Quality of Modeling Make Business Sense?
- Practical Light weight Methods for Starting Quality Assurance for Model Based Software Development
- Quality of UML Models
- Assessing Correspondence between Source Code and UML Model
- Low Hanging Fruit for Quality Assurance for Model Based Software Development
- What Does the Future Have in Store for Quality Assurance in Model Based Software Development
- Conclusion
- References
- Quality Driven Software Architecture
- Introduction
- Quality Tree as a Starting Point
- Changing ATAM to a Constructive Process
- Summary and the Way Ahead
- References
- Software Product Quality
- On the Benefit of Automated Static Analysis for Small and Medium-Sized Software Enterprises
- Introduction
- Approach
- Research Context
- Research Questions
- Static Analysis Techniques
- Study Subjects and Objects
- Procedure
- Results
- Code Clone Detection
- Bug Pattern Detection
- Architecture Conformance Analysis
- Discussion
- Threats to Validity
- Internal Validity
- External Validity
- Related Work
- Conclusions and Future Work
- References
- Software Engineering Processes
- BIM: A Methodology to Transform Business Processes into Software Systems
- Introduction
- Related Work
- Proposed New Concepts
- Instantaneously Available Organizations
- Organizational Aspects
- Process Framework
- Orchestrated Business Objects
- A Business Implementation Methodology
- Activities of the BIM Phases
- Supporting Technology
- A Summarized Execution of the BIM
- Conclusions and Future Work
- References
- Mapping RUP Roles to Small Software Development Teams
- Introduction
- Related Work
- Tailoring RUP for Constructing the Base Model
- Mapping RUP Roles into Base Model Roles
- Accumulation of Roles
- Conclusions
- References
- Scaling Software Development Methods from Co-located to Distributed
- Introduction
- Related Work
- Context: Co-located Agile Development
- The Collaborative Process Approach
- Example: Deriving a Distributed Agile Development Process
- Applied Mediator Pattern in Example: Additive Vertical Integration
- Assessment of the Derived Process
- Conclusion
- References
- Software Process Improvement
- Improving Open Source Software Process Quality Based on Defect Data Mining
- Introduction
- Related Work
- Observation and Improvement in OSS Projects
- Bug Reporting System
- Data Mining
- Research Issues
- Solution Approach
- Effective Engineering Process Observation
- Evaluation of Engineering Process Model
- Results
- Engineering Process Observation Framework
- Evaluation Results
- Discussion
- Engineering Process Observation Framework
- Evaluation Results
- Conclusion and Further Work
- References
- The Many Forms of Process Improvement - Results of an International Survey
- Introduction
- Improvement
- Research Method
- Research Questions
- Survey Results and Data Analysis
- Demographic Information
- Motivation
- Improvement Initiation
- Improvement Goals
- Implementing the Improvement
- Improvement and the Organization
- Regional Differences and Process Improvement
- Limitations of the Study
- Discussion
- What Have We Learned
- Summary and Future Works
- References
- Component-Based Architectures
- Towards Efficient Component Performance Analysis in Component Based Architectures
- Component Based Systems
- Concepts
- CBS Illustration: Public Internet Access Payment System
- Previous Work
- Well-Formed Models WN and SWN
- Overview of Our Method
- Modular CBS Analysis Process
- Detailed Component Modelling
- Abstract View of a Component
- Modular Analysis Process Algorithm
- Illustration
- Conclusion
- References
- Risk Management
- A Case Study on Software Risk Analysis in Medical Device Development
- Introduction
- Background and Related Work
- Case Study Methodology
- Objectives
- Case Study Process
- Case Study Context and Subjects
- The Study of the Organisation
- Analysis
- Validity
- Software Risk Process
- Results
- System Definition
- Risk Identification
- Risk Assessment
- Discussion and Conclusion
- System Boundary
- System Context
- Scenarios
- Estimation
- Further Research
- References
- Integrating Manual and Automatic Risk Assessment for Risk-Based Testing
- Introduction
- Related Work
- Generic Risk-Based Testing Process
- Risk Assessment Model
- Requirements
- Product
- Implementation
- Test
- Risk
- Risk Assessment Procedure
- Automated Metrics
- Semi-automated Metrics
- Manual Metrics
- Metric Estimation Workshop
- Conclusion
- References
- Quality Assurance and Collaboration
- Inspection and Test Process Integration Based on Explicit Test Prioritization Strategies
- Introduction
- Approach
- Case Study
- Goals
- Main Results from Another Evaluation
- Context
- Design
- Execution
- Results of the Case Study and Lessons Learned
- Threats to Validity
- Summary and Outlook
- References
- Towards a Security and Dependability Pattern Development Technique for Resource Constrained Embedded Systems
- Introduction
- S&D Pattern Development Life Cycle
- Pattern Fundamental Structure - PFS
- Domain Independent Pattern Model - DIPM
- Domain Dependent Pattern Model - DDPM
- Summary of the Proposition
- Secure Service Discovery Pattern for Home Control
- Representation at DIPM: Person Using a Remote InternetBox
- Specialize a Pattern through the DDPM: Subscriber Using a Remote OperatorBox
- Related Works
- Connected Works
- Positioning
- Conclusion and Future Work
- References
- Modeling Ad-Hoc Collaboration for Automated Process Support
- Introduction
- Related Works
- The CM_SPEM Metamodel
- Structural Concepts
- Behavioral Concepts
- Dynamic Updates to a Process Model: Representation in CM_SPEM
- A New Member Is Added to the Team
- A Serious Bug Is Found, and New Features Are Frozen Until Resolution
- Process Modeling and Enactment Using CM_SPEM
- Creating CM_SPEM Process Models
- Modifying CM_SPEM Process Models
- Extracting Information from CM_SPEM Process Models
- Conclusion
- References
- Quality Needs Structure: Industrial Experiences in Systematically Defining Software Security Requirements
- Introduction
- Related Work
- Software and System Integration for Distributed Software Engineering
- Security Requirements in Distributed Development
- Methods for Security Requirements Elicitation
- Gaps in the Literature and Contribution
- Systematic Elicitation of Security Requirements
- Activity 1 - Agree on Security Definitions, Terminology
- Activity 2 - Identify Vulnerable Assets
- Activity 3 - Identify Security Objectives and Dependencies
- Activity 4 - Identify Threats and Develop Artifacts
- Activity 5 - Risk Assessment
- Activity 6 - Elicit Security Requirements
- Activity 7 - Categorize Requirements
- Activity 8 - Requirements Inspection
- Activity 9 - Repository Improvement
- Experiences and Discussion
- Conclusion and Future Work
- References
- Author Index
