Overview

The 18th Theoretical Aspects of Software Engineering Conference (TASE 2024) will be held in Guiyang City, China on July 29 - August 1, 2024. TASE 2024 aims to bring together researchers and developers from academia and industry with interest in the theoretical aspects of software engineering. Modern society is increasingly dependent on software systems that are becoming larger and more complex. This poses new challenges to current software engineering methodologies that need to be enhanced using modern results from theoretical computer science. We invite submission of research papers on topics covering all theoretical aspects of software engineering, including those describing applications of theoretical computer science in industrial applications and software engineering methodologies.

Topics of Interest

Authors are invited to submit high quality technical papers describing original and unpublished work in all theoretical aspects of software engineering. Topics of interest include, but are not limited to:

■ Abstract interpretation
■ Algebraic and co-algebraic specifications
■ AI for formal methods
■ Component-based software engineering
■ Cyber-physical systems
■ Deductive verification
■ Distributed and concurrent systems
■ Domain Engineering
■ Embedded and real-time systems
■ Feature-oriented software
■ Formal methods, verification and testing for AI systems
■ Run-time verification and monitoring
■ Semantic web and web services
■ Service-oriented and cloud computing
■ Software processes and workflows
■ Software architectures and design
■ Formal verification and program semantics
■ Fundamental theories and techniques for trustworthy AI systems
■ Integration of formal methods
■ Language design
■ Model checking and theorem proving
■ Model-driven engineering
■ Object-oriented systems
■ Probability in software engineering
■ Program analysis
■ Program logics and calculi
■ Requirements engineering
■ Reverse engineering and software maintenance
■ Software testing and quality assurance
■ Software safety, security and reliability
■ Specification and verification
■ Type systems and behavioral typing
■ Tools exploiting theoretical results