Conference Information
SOSE 2022: International Symposium on Service-Oriented System Engineering
Submission Date:
2022-05-22 Extended
Notification Date:
Conference Date:
San Francisco, California, USA
QUALIS: b2   Viewed: 25306   Tracked: 7   Attend: 3

Call For Papers
Service-Oriented Computing exploits services as the fundamental elements of computer-based systems. It has been applied to various areas and promotes fundamental changes to the way software systems are being analyzed, architected, designed, implemented, tested, evaluated, delivered, consumed, maintained and evolved. Consequently, a new paradigm of software and system engineering discipline, i.e., Service-Oriented Engineering, has emerged and advanced rapidly in the past decade. Among many remarkable milestones in the development of this new paradigm are the wide adoption of the Microservices architectural style supported by Docker and other container-based virtualization techniques in the design of cloud native applications in the industry, and the DevOps movement in the organization of development processes supported by automated tools for continuous testing, continuous integration, and continuous delivery. Recent advances in Service-Oriented Computing (SOC), in particular Internet-of-Things, Industry 4.0, Edge and Fog computing, mobile and cloud computing combined with Big Data analytics, robotics, blockchain and decentralized ledger applications, and application of artificial intelligence and deep learning techniques, etc., have provided exciting opportunities to make significant progress in understanding and solving complex real-world challenges. Such challenges typically require a system-level approach that models a complex system at different levels of abstraction, helps to develop sound architectures for addressing separate system requirements and concerns, and integrates diverse sources of knowledge in the system’s components and their interactions. Therefore, the revolution of the software and system engineering paradigm brought by service-orientation is still unfolding, with each new technology development bringing new challenges and opportunities.

Starting from 2005, SOSE is a pioneering IEEE sponsored international conference devoted to the research in engineering service-oriented systems. It covers all aspects of Service-Oriented Engineering from architectures, techniques, tools and languages to methodologies. Continuing the tradition of the last fifteen editions of SOSE Symposia, the 16th SOSE intends to provide a forum for researchers and practitioners to exchange latest observations, insights, achievements and visions in Service-Oriented System Engineering. SOSE 2022 invites original submissions in all the areas of the system engineering and software engineering methods, techniques, tools, applications, and experiments for software services.

Topics of interest

Track 1: Advanced Models for Service Engineering

    Microservices architecture, deployment and management
    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

Track 3: Methods, Languages & Tools for process-based SOC 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 and fog computing
    Paradigms, concepts, and services for Osmotic Computing and Liquid Software
    Software and system engineering for CPS
    REST 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-orientedsoftware development

Track 7: Practical Experiences

    Innovative service applications and experiences
    Service-oriented systems for Industry 4.0
    Methodology and engineering principles of service-oriented systems
    Engineering techniques and tools to support the publishing, discovery and composition of services
Last updated by Dou Sun in 2022-05-22
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