Scientific Track

ServiceWave 2011 is organized along the following four topics:

Business Services

This topic will deal with ideas and techniques that allow expressing, understanding, representing, and managing business processes in a service-oriented manner. The topics of interest encompass but are not limited to:

• Economics of business services provided following the software as a service (SaaS) model
• Markets and marketplaces for business services
• Business service identification, modeling, and granularity
• Business service pricing and revenue models
• Quality of business services

Scientific Track Chair

Witold Abramowicz, Poznan University of Economics, Poland

Cloud Computing

This topic will discuss the potential of emerging techniques and technologies to contribute to a European Cloud Computing Strategy. Concrete topics comprisebut are not limited to:

• Cloud management and enablement technologies
• Interoperability and portability
• Federation and aggregation of clouds
• Security for clouds
• Efficient energy usage of resources

Scientific Track Chair

Ignacio M. Llorente, Complutense University of Madrid, Spain

Security, Privacy and Trust

This topic seeks for contributions making the fragile internet a trustworthy, virtual world. Concrete topics include, but are not limited to:

• Identity, privacy and the Internet of Things
• Trust and privacy in cloud/online services
• Content security challenges and solutions
• Digital forensics and the Future Internet
• Dynamic, federated trust and security
• Security assurance of dynamic/open systems
• Security, privacy and trust metrics

Scientific Track Chair

Mike Surridge, IT Innovation, UK

Service Engineering Fundamentals

This topic will deal with topics around fundamental engineering techniques that allow us to move towards a Future Internet Service Infrastructure.The topics of interest encompass but are not limited to:

• Service-oriented software system life cycle
• Specification of service-oriented systems (SOSs)
• Requirements , Design and architecture for SOSs
• Verification, validation, and testing of services and SOSs
• Adaptation, evolution and maintenance of SOSs
• Service description, discovery, and composition
• Service semantics and interoperability
• Service deployment, binding, and monitoring
• Resource organization and management in SOSs
• Service personalization and context-aware provisioning
• Quality of service (QoS) in service-oriented systems
• Service visualization and re-factorization
• Humans in service-based applications
• Accounting, billing and business models

Scientific Track Chair

Andreas Zisman, City University London, UK