Service oriented software engineering and cloud software engineering have emerged to address software as a set of services which deal with user needs. At the same time, we have seen a large number of downfalls due to software failures. This was in part due to the lack of adopting well designed software engineering practices. Now, there is a need to revise these practices given the emergence of service and cloud computing, which will revolutionize the next generation of software engineering. This conference offers a venue for presenting new approaches, processes, techniques, technologies and applications based on the paradigm of Cloud Software Engineering.<br>
Cloud Software Engineering research is vibrant and encompasses many areas, like knowledge sharing, requirements engineering, organisational and business processes, project management, web and computational services, run-time re-configurability, integration, testing, componentisation and many others.<br>
Conference Topics:<b...
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Service oriented software engineering and cloud software engineering have emerged to address software as a set of services which deal with user needs. At the same time, we have seen a large number of downfalls due to software failures. This was in part due to the lack of adopting well designed software engineering practices. Now, there is a need to revise these practices given the emergence of service and cloud computing, which will revolutionize the next generation of software engineering. This conference offers a venue for presenting new approaches, processes, techniques, technologies and applications based on the paradigm of Cloud Software Engineering.<br>
Cloud Software Engineering research is vibrant and encompasses many areas, like knowledge sharing, requirements engineering, organisational and business processes, project management, web and computational services, run-time re-configurability, integration, testing, componentisation and many others.<br>
Conference Topics:<br>
Area 1: Requirements Engineering for Cloud Computing<br>
- RE Models and Visualisation Techniques<br>
- Defining Service Abstraction and Visualisation<br>
- Agile Requirements Engineering for Cloud Computing<br>
- Automated Tools and Techniques<br>
- Business Process Management: BPMN Tools and Automated Techniques to Drive Requirements and Services<br>
- Elasticity, Multi-Tenancy, Security and Scalability Requirements<br>
- Test-Driven Cloud Services<br>
- Cloud Based RE as a Service (REaaS)<br>
- Social Modelling Techniques, Visualisation, and Automation<br>
- Cloud QoS Based Requirements Engineering<br>
- Formal Specification Methods and Techniques for Cloud Services<br>
- BPMN Based Simulation Techniques for Validating Cloud Services and Performances Requirements<br>
- Reuse of Service Requirements<br>
Area 2: Cloud Software Engineering and Project Management<br>
- Cloudonomics: the Economics of Cloud Computing<br>
- Estimating and Measuring Cloud Computing Projects<br>
- Cloud Based Software Project Management and Software Project Management as a Service (PMaaS)<br>
- Service Point Abstraction for Measuring the Complexity of Cloud Services<br>
- Cloud Based Project Management Tools and Industrial Case Studies<br>
- Secure Service Development Techniques<br>
- Cloud Service Security Techniques, Methods and Tools<br>
- Secure Development Based Tools for WSDL, BPMN, BPEL, SOAP, RESTful, Etc<br>
- Automated Generation of BPEL, Services, RESTful APIs<br>
- Generative Reuse of Services and Reuse by Service Composition on-the-Fly<br>
Area 3: Cloud Design and Test Principles<br>
- View-Driven Cloud SE and Single Underlying Model (SUM)<br>
- Service Components: UML, SoaML and CloudML<br>
- Service Design Paradigm for Cloud Computing<br>
- Cloud Design as a Service (CDaaS)<br>
- Enterprise Architecture for Large Scale Reuse: Approaches, Techniques and Tools for Integrating Enterprises with Cloud Services and Reuse of Cloud Services Approaches and Techniques<br>
- Design for Reuse of Services<br>
- Testing Cloud Services: Techniques and Tools<br>
- Agile Based Test Approaches<br>
- Testing as a Service (TaaS): Approaches, Techniques and Tools<br>
Area 4: Software Engineering Innovative Applications<br>
- Software Engineering for Big Data: Paradigm, Methods, Analytic Techniques and Tools<br>
- Prediction Models Using Soft Computing Approaches<br>
- RE and Design Techniques for IoT Based Cloud Applications<br>
- Testing: Tools and Approaches for IoT Applications and Devices<br>
- Cloud Based WSN for Natural Disasters Applications Such as Tsunami, Flood Alert Systems, and Earthquakes, Fire, Safety and Sustainability of Our Environment, Smart Living with ICT<br>
- Cloud Based Services for Healthcare and Big Data Analytics<br>
