Electronic Communications of the EASST European Association of Software Science and Technology Impact Factor

Electronic Communications of the EASST | 2024 Cite Score:0.8 | Q4

Electronic Communications of the EASST Journal With Cite Score

Cite Score and Journal Rank of Electronic Communications of the EASST

About: Electronic Communications of the EASST is a peer-reviewed journal published by the European Association for Software Science and Technology (EASST).
Objective: The Electronic Communications of the EASST journal focuses on publishing high-quality research in the field of software science and technology. Its aim is to provide a forum for researchers, practitioners, and educators to share their work on various aspects of software engineering and software systems. The journal covers a broad range of topics including software development methodologies, programming languages, software architecture, formal methods, software verification, and software tools and environments.
Impact and Audience: The journal is targeted at academics, researchers, and practitioners who are involved in the study and practice of software science and technology. By providing a platform for the dissemination of cutting-edge research and developments, the Electronic Communications of the EASST contributes to the advancement of knowledge and practice in software engineering. Its impact is reflected in its role in promoting high-quality research and fostering collaboration within the software engineering community.

Journal Home: Journal Homepage

Editor-in-Chief: Falk Maria Howar,Anna-Lena Lamprecht

Scope: Electronic Communications of the EASST Journal is a peer-reviewed journal focusing on the fields of formal methods, software engineering, and related areas. It is affiliated with the European Association for Software Science and Technology (EASST).
1. Formal Methods: Research on methodologies for specifying, developing, and verifying software and systems, including theorem proving and model checking.
2. Software Engineering: Techniques and practices for software development, maintenance, and management, including software design, testing, and project management.
3. Programming Languages and Compilers: Studies on programming language design, implementation, and optimization, as well as compiler construction and code generation.
4. Software Verification and Validation: Methods for ensuring that software behaves as expected, including static and dynamic analysis, testing strategies, and validation techniques.
5. Modeling and Simulation: Approaches for creating and using models to understand and predict the behavior of systems, including simulation tools and techniques.
6. Software Architecture and Design Patterns: Exploration of software architecture styles, design patterns, and principles for creating robust and maintainable systems.
7. Automated Reasoning and Verification Tools: Development and application of tools that support automated reasoning, verification, and validation of software and systems.
8. Applications of Formal Methods: Case studies and applications of formal methods in various domains, such as safety-critical systems, cybersecurity, and embedded systems.
9. Educational Aspects of Formal Methods and Software Engineering: Research on teaching and learning methods related to formal methods and software engineering, including curriculum development and pedagogical strategies.