Software Evolution and Modernization (ICSEVM-26)

This track focuses on the latest methodologies and frameworks for software evolution, emphasizing innovative approaches to legacy software modernization. Contributions should explore novel techniques that enhance the adaptability and longevity of software systems.

This session invites papers that present successful case studies and best practices in software reengineering. Emphasis will be placed on practical applications that demonstrate the impact of reengineering on software quality and maintainability.

This track examines adaptive maintenance strategies that facilitate the ongoing evolution of software systems. Papers should discuss frameworks and tools that support the dynamic nature of software maintenance in rapidly changing environments.

This session explores advanced techniques for software versioning, focusing on methodologies that ensure consistency and reliability during the evolution process. Contributions should highlight tools and practices that aid in managing software versions effectively.

This track addresses the challenges associated with software migration, including strategies for minimizing risks and ensuring successful transitions. Papers should present innovative solutions and frameworks that facilitate seamless migration processes.

This session focuses on incremental modernization techniques that allow for gradual improvements in legacy systems. Contributions should discuss methodologies that balance innovation with the need for stability in evolving software.

This track delves into the phenomenon of software aging, exploring its causes and implications for long-term software maintenance. Papers should provide insights into analysis techniques that help identify and mitigate aging effects in software systems.

This session examines the role of software product lines in facilitating software evolution. Contributions should explore evolutionary strategies that leverage product line architectures to enhance adaptability and reduce technical debt.

This track investigates continuous evolution practices that enable ongoing software improvement and adaptation. Papers should highlight methodologies that integrate continuous feedback and iterative development into the software evolution lifecycle.

This session focuses on strategies for managing technical debt in the context of software evolution. Contributions should discuss frameworks and tools that assist in identifying, measuring, and mitigating technical debt over time.

This track explores the application of reverse engineering techniques in the modernization of legacy software systems. Papers should present methodologies that facilitate understanding and transforming existing systems to meet contemporary requirements.