Scope


Service oriented computing is more than just ideas related to services in themselves: in particular it is a chance to bring together the business/user domain and the services domain. The word 'service' encompasses web services, semantic web services, grid services and e-services.


Topics of interest include, but are not limited to, the following:


  • Mathematical foundations of SOC
  • XaaS (Software as a Service, Platform as a Service, Network as a Service, etc.)
  • Cloud Computing and Services
  • Internet of Services and interactions with other aspects of Future Internet (e.g. Internet of Things)
  • Service Engineering
  • Frameworks for building SOC applications
  • Composite SOC creation and enabling infrastructures (e.g. workflow technology)
  • SOC composition, orchestration, and choreography
  • Data management issues in SOC
  • SOC modelling & design
  • Semantic Web, ontologies, and SOC
  • Agents and SOC
  • Dynamic invocation mechanisms for SOC
  • Contractual issues between provider and consumer of SOC
  • Version management in SOC
  • Customization of SOC
  • SOC architecture
  • SOC negotiation & agreement
  • SOC discovery &amo; selection
  • UDDI and SOAP enhancements
  • SOC and process management
  • Trust, security & privacy in SOC
  • Scalability and performance of SOC
  • SOC standards and technologies
  • Automatic computing for SOC infrastructure
  • Wireless web, mobility, and SOC
  • SOC based Grid Computing and peer to peer computing
  • SOC based applications for e-commerce
  • Quality of service for SOC
  • Multimedia applications using SOC
  • Economics and pricing models of utility computing and SOC
  • Resource management of SOC
  • Solution management for SOC
  • Adoption of SOC by organizations
  • Case studies on SOC based applications
  • Analysis, testing, and verification of Services
  • Context aware services
  • Business modelling for services
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