Software Process Dynamics and Agility

Process Content.- Extending Microsoft Team Foundation Server Architecture to Support Collaborative Product Patterns.- The REMIS Approach for Rationale-Driven Process Model Evolution.- On the Measurement of Agility in Software Process.- Coping with the Cone of Uncertainty: An Empirical Study of the SAIV Process Model.- Effects of Architecture and Technical Development Process on Micro-process.- Process Tools and Metrics.- Comparative Experiences with Electronic Process Guide Generator Tools.- Jasmine: A PSP Supporting Tool.- A Tool to Create Process-Agents for OEC-SPM from Historical Project Data.- Process Management.- Safety Critical Software Process Improvement by Multi-objective Optimization Algorithms.- Representing Process Variation with a Process Family.- An Algebraic Approach for Managing Inconsistencies in Software Processes,.- Process Representation, Analysis and Modeling.- Cost Estimation and Analysis for Government Contract Pricing in China.- A Multilateral Negotiation Method for Software Process Modeling.- Distributed Global Development Parametric Cost Modeling.- Process Mining Framework for Software Processes.- Focused Identification of Process Model Changes.- An Approach for Decentralized Process Modeling.- Experience Report.- A Survey of Software Development with Open Source Components in Chinese Software Industry.- Empirical Study on Benchmarking Software Development Tasks.- An Empirical Study on Establishing Quantitative Management Model for Testing Process.- Simulation Modeling.- DynaReP: A Discrete Event Simulation Model for Re-planning of Software Releases.- The Economic Impact of Software Process Variations.- Deriving a Valid Process Simulation from Real World Experiences.- Project Delay Variability Simulation in Software Product Line Development.- Modeling Risk-Benefit Assumptions in Technology Substitution.- Evaluating the Impact of the QuARS Requirements Analysis Tool Using Simulation.- A Framework for Adopting Software Process Simulation in CMMI Organizations.- Achieving Software Project Success: A Semi-quantitative Approach.