Topics of Interest

Track 1: Advanced Models for Service Engineering


       Serverless Computing

       DevOps 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

       Coordination and cooperation of services

       Efficient scheduling of services

       Services infrastructure for big data

       Service ecosystem models and analytics


Track 2: Computing Environments and Virtualization

       Container-based virtualization

       Programming models, languages, tools and platforms

       Architecture of Internet-based virtual computing environments

       Large scale computing and analytics

       Architectural and detailed designs of services and code generation of service software

       Cloud-based services

       Quantum-based services & services for quantum applications


Track 3: Methods, Languages & Tools for Service-Based Systems

       APIs for service-based systems

       Transboundary service innovation models

       Business process integration, alignment & management in SOAs

       Methods, languages & tools for building SOC systems

       Metrics and measurement of services, QoS, and QoE

       Runtime verification, validation, and monitoring

       Service Engineering for Systems with AI components

       Dynamic service delivery and evolution

       Service customization and personalization

       Service mobility, scalability, elasticity, and security

       Operation and governance for large-scale service-oriented systems

       Adaptation, control, and optimization of service-oriented systems

       Modernization, migration, and servitization of legacy systems

       Service-oriented system engineering for large-scale analytics

       Service-oriented engineering and clouds

       DevOps environments for service-based systems

       Construction, deployment, operation, and maintenance of service-oriented systems


Track 4: Service-based Cyber-Physical Systems (CPS)

       Edge computing, fog computing, mobility computing, and Cloud-IoT continuum

       Paradigms, concepts, and services for Osmotic Computing and Liquid Software

       Software and system engineering for CPS

       APIs and services for CPS

       Mobile services for CPS

       System modelling and simulation

       Data management for CPS

       Dependable network and system architectures for CPS


Track 5: Intelligent Services for a Smart World

       Smart home, smart office, smart city, smart industry

       Intelligent services architectures and provisioning models

       Smart systems programming models and methodologies

       Swarm intelligence

       Context-aware services

       Nature-inspired intelligent services

       Knowledge representation and reasoning

       Quality of data (QoD)

       Intelligent conversional bots

       Deep learning & services


Track 6: Security Engineering for Service Systems

       Security, dependability, and reliability

       Trust, reputation, and incentive mechanisms

       Blockchain-enabled mechanisms and infrastructure

       Enterprise business architecture and solution frameworks

       Case studies, experiments, and evaluation of service-oriented system

       Testing, verification, validation and QA in the development of service-oriented systems

       Measurements and metrics of QoS in SOA-based application systems

       Governance and policies in service-oriented software development

       Post-quantum security for service-based systems


Track 7: Practical Experiences

       Innovative service applications and experiences

       Service-oriented systems for next-gen applications, e.g., Industry 4.0

       Methodology and engineering principles of service-oriented systems

       Engineering techniques and tools to support the publishing, discovery and composition of services