Software Process Technology

Metrics and analysis session.- Process viewpoints.- Process-based software risk assessment.- The use of roles and measurement to enact project plans in MVP-S.- Combining process models and metrics in practice.- Application experiments.- Space shuttle onboard software (OBS) development and maintenance process automation.- PM case studies: A tentative characterisation.- A survey and comparison of some research areas relevant to software process modeling.- Customising software process models.- Process differentiation and integration: The key to just-in-time in product development.- Open issues in the design of PM languages.- In favour of a coherent process coding language.- Process modelling languages: One or many?.- Experiments in process interface descriptions, visualizations and analyses.- The software process and the modelling of complex systems.- Interpretable process models for software development and workflow.- Integrating process technology and CSCW.- Distributed modelling session.- Process management in-the-many.- A generalized multi-view approach.- Decentralised process modelling.- Coordination by behavioural views and communication patterns.- Configuration of situational process models: An information systems engineering perspective.- Mechanisms for cooperation (Chair: Christer fernström) current issues on integration.- Enveloping “persistent” tools for a process-centered environment.- Coordination for process support is not enough!.- Coordination theory and software process technology.- Transaction technology for process modelling.- Stepwise specification of interactive processes in COO.- Session on change and meta-process.- A reflexive formal software process model.- Transients change processes in process centered environments.