Established in 1993, the Asia-Pacific Software Engineering Conference (APSEC) is a leading international forum on full-spectrum software engineering and technology, particularly in the Asia-Pacific region. APSEC 2017 aims to bring together software engineering profession including researchers, practitioners, and educators to describe important new research results and report valuable project experiences, and also to foster wider communications and collaborations among academia, industry, and government. Please feel free to download and distribute the conference flyer.
Keynote Speakers
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Program Overview
APSEC 2017 is the main event of the Asia-Pacific Software Engineering Week (APSEW 2017) with co-located Internet Architecture Summit (on December 2-3). APSEC 2017 program features:
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Topics of Interest
Agile methodologies Cloud and Service-oriented Computing Component-based Software Engineering Configuration Management and Deployment Cooperative, Distributed, and Global Software Engineering Cyber-physical Systems and Internet of Things Debugging, Defect Prediction and Fault Localization Container and DevOps Embedded Real-time Systems Empirical Software Engineering Formal Methods Human Factors and Social Aspects of Software Engineering Middleware, Frameworks, and APIs Mobile and Ubiquitous Systems Model-driven and Domain-specific Engineering Open Source Development Parallel, Distributed, and Concurrent Systems Programming Languages and Systems Refactoring | Requirements Engineering Reverse Engineering Search-based Software Engineering Security, Reliability, and Privacy Software Architecture, Modeling and Design Software Comprehension, Visualization, and Traceability Software Engineering Education Software Engineering Process and Standards Software Engineering for Smart Manufacturing Software Engineering Tools and Environments Software for Green and Sustainable Technologies Software Maintenance and Evolution Software Product-line Engineering Software Project Management Software Reuse Software Repository Mining and Data Analytics Testing, Verification, and Validation Web-based Software Engineering |
Agile methodologies Cloud and Service-oriented Computing Component-based Software Engineering Configuration Management and Deployment Cooperative, Distributed, and Global Software Engineering Cyber-physical Systems and Internet of Things Debugging, Defect Prediction and Fault Localization Docker and DevOps Embedded Real-time Systems Empirical Software Engineering Formal Methods Human Factors and Social Aspects of Software Engineering Middleware, Frameworks, and APIs Mobile and Ubiquitous Systems Model-driven and Domain-specific Engineering Open Source Development Parallel, Distributed, and Concurrent Systems Programming Languages and Systems Refactoring Requirements Engineering Reverse Engineering Search-based Software Engineering Security, Reliability, and Privacy Software Architecture, Modelling and Design Software Comprehension, Visualisation, and Traceability Software Engineering Education Software Engineering Process and Standards Software Engineering for Smart Manufacturing Software Engineering Tools and Environments Software for Green and Sustainable Technologies Software Maintenance and Evolution Software Product-line Engineering Software Project Management Software Reuse Software Repository Mining and Data Analytics Testing, Verification, and Validation Web-based Software Engineering |
Supported by:   |
Supported By: |