Table of Contents

Session A1 – Estimation Models I.- Project Sizing and Estimating: A Case Study Using PSU, IFPUG and COSMIC.- Proposals for Increasing Benchmarking Data Quantity and Quality of Projects Measured in COSMIC.- Session B1 – Measurement Methodology I.- Quality-Driven Orchestration of Services.- Applying Six Sigma in the Field of Software Engineering.- Session C1 – Effort Estimation.- First Steps towards Validating a Cost-Benefit Model of Reviews and Tests.- Field Study: Influence of Different Specification Formats on the Use Case Point Method.- Session A2 – Measurement Programs.- Software Measurement @ Siemens – A Practical Approach Allows Best Practice Sharing of Various Organizations.- Measurement Support for Effective Supplier Management.- Session B2 – New Approaches.- Measuring Distances for Ontology-Based Systems.- Challenges in Evaluating SOA Test Processes.- Criteria to Compare Cloud Computing with Current Database Technology.- Session C2 – Process Assessment.- Comparison of Process Quality Characteristics Based on Change Request Data.- Assessment of Business Process Modeling Tools under Consideration of Business Process Management Activities.- Session A3 – Size Measurement.- The Impact of Individual Assumptions on Functional Size Measurement.- Measurement of Functional Size in Conceptual Models: A Survey of Measurement Procedures Based on COSMIC.- Session B3 – Education.- Evaluation Aspects for a Sustainable Integration of e-Learning within the Software Engineering (Case Study).- Session A4 – Estimation Models II.- How to Use COSMIC Functional Size in Effort Estimation Models?.- Uncertainty in ERP Effort Estimation: A Challenge or an Asset?.- The Influence of Culture and Leadership on Cost Estimation.- Session B4 – Measurement in SoftwareLifecycle.- Portfolio Control – When the Numbers Really Count.- Defining Suitable Criteria for Quality Gates.- An Empirical Study of Product Measurement in a Standardized Requirement Definition Process with 28 Japanese Government Software Projects.- Session A5 – Product Measurement.- Measuring 75 Million Lines of Code.- Improving Quality of Functional Requirements by Measuring Their Functional Size.- Implementing Software Project Control Centers: An Architectural View.- Session B5 – Measurement Methodology II.- Towards a Comprehensive Approach for Assessing Open Source Projects.- Analysing Bug Prediction Capabilities of Static Code Metrics in Open Source Software.- Measuring the Impact of Different Categories of Software Evolution.- Using PSU for Early Prediction of COSMIC Size of Functional and Non-functional Requirements.