Big Data Analytics in Software Engineering (ICBDASE-26)

This track focuses on innovative techniques and methodologies for applying big data analytics in software engineering. Contributions may include novel algorithms, frameworks, and tools that enhance the analysis of large-scale software data.

This session explores the challenges and solutions associated with processing large-scale data in software development environments. Papers should address issues such as scalability, efficiency, and integration of big data technologies.

This track emphasizes the importance of software log analysis in understanding system behavior and performance. Submissions should present methodologies that leverage big data techniques to extract actionable insights from software logs.

This session invites contributions that explore the use of Hadoop and Spark frameworks in software analytics. Papers should discuss case studies, performance evaluations, and best practices for utilizing these technologies in software engineering.

This track focuses on the application of predictive modeling techniques to anticipate software behavior and quality. Submissions should highlight innovative approaches that utilize big data to improve software development outcomes.

This session explores the intersection of machine learning and big data within the software engineering domain. Contributions should showcase how machine learning techniques can enhance software analytics and decision-making processes.

This track addresses the critical role of data visualization in interpreting big data analytics results in software engineering. Papers should present novel visualization techniques that facilitate better understanding and communication of software data.

This session focuses on real-time monitoring and analytics of software systems using big data technologies. Contributions should discuss frameworks, tools, and methodologies that enable real-time insights and decision-making.

This track emphasizes the role of big data in supporting data-driven decision-making processes in software engineering. Papers should explore frameworks and case studies that illustrate effective decision support systems.

This session invites contributions on techniques for anomaly detection in software systems using big data analytics. Submissions should focus on methodologies that enhance the identification and resolution of software anomalies.

This track explores cloud-based solutions that facilitate big data processing and analytics in software engineering. Papers should discuss the benefits, challenges, and innovations associated with deploying big data solutions in the cloud.