Research papers should be no more than 10 pages in length. The topics include, but are not limited to, the following:

Track 1: Methods, Languages & Tools for process-based SOC systems
– Business process integration, alignment & management in SOAs
– Methods and techniques to bridge the gap between business processes and – SOC-based implementations
– Methods, languages & tools for building process-based SOC systems
– Modelling and simulation of service-oriented systems
– Integration of services into process-based environments
– Service interoperability, composibility, quality, reliability
– Metrics and measurement of services, QoS, and QoE
– Runtime verification, validation, monitoring,
– Testing on-the-fly and policy enforcement
– Dynamic service delivery, deployment and evolution
– Service mobility, scalability, elasticity, and security
– Operation and governance for large-scale service-oriented systems
– Adaptation, control and optimization in service-oriented systems
– Modernization, migration, and service utization of legacy systems
– Service-oriented system engineering for large-scale analytics
– Social and collaborative engineering of services systems
– Service-oriented engineering of emergent systems
– Service-oriented engineering and clouds

Track 2: Advanced models and infrastructures in SOC engineering
– Requirement modeling of services
– Semantic-enabled process and service engineering
– Model-driven development of service-oriented systems
– End-user development and mashup of software services
– Lifecycle models, reusability, and scalability for services
– Web services for Web/Internet of Things
– Coordination and cooperation of services
– Efficient scheduling of services
– Engineering service-based cyber-physical systems
– Services infrastructure for big data
– Services infrastructure for virtualisation
– Dependable services engineering
– Service engineering in embedded systems
– Application of SOC in sensor networks
– Mobile cloud services and SOC

Track 3: Intelligent Services for Smart World
– Smart Home, Smart Office, Smart City
– Intelligent services and architectures
– Intelligent service provision model
– Smart systems programming models and methodologies
– Swarm Intelligence
– Context-aware services
– Nature-inspired intelligent services
– Knowledge representation and reasoning

Track 4: Internet Virtual Computing Environment
– Architecture of Internet-based virtual computing environment
– Resource virtualization, organization and collaboration
– Programming models, languages, tools and platforms
– Security, dependability, and reliability
– Trust, reputation and incentive mechanism
– Computational properties and theories of
– Software engineering for Internet applications
– Large scale computing and analytics
– Elastic computing and Cloud computing

Track 5: Social Networking Services
– Location-Based social networks
– Human mobility modeling and mining
– Recommendation systems for service computing
– Human-centric Sensing
– Intelligent socially-aware and community-aware systems
– Security, privacy, safety and legal issues
– Event detection and predication in social networks

Track 6: Service-based Cyber-Physical Systems
– Software and system engineering for CPS
– Mobile Services for CPS
– System modelling and simulations
– Data Management for CPS
– Dependable network and system architectures for CPS
– Internet of things and machine-to-machine communications