The
purpose of The 8th International Conference on Data Storage and Data Engineering (DSDE 2025) is to bring
together researchers, engineers and practitioners
interested on databases, big data, data mining, data
management, data security and other aspects of
information systems and technology involving advanced
applications of data.
Papers describing advanced methodologies, prototypes,
systems, tools and techniques and general survey papers
indicating future directions are also encouraged. Papers
describing original work are invited in any of the areas
listed.
Each of these topic areas is expanded below but the
sub-topics list is not exhaustive. Unlisted but related
sub-topics are also acceptable, provided they fit in one
of the following main topic areas:
Track 1: Big Data and Analytics
▪ Big Data Applications and Case Studies
▪ Computational Models for Big Data
▪ Data Standards and Interoperability
▪ Social Data Analytics and Web Mining
▪ Big Data as a Service
▪ Big Data Infrastructure and Cloud/Grid/Stream Computing
▪ Big Data Search, Mining, and Visualization
▪ Big Data Security, Privacy, and Trust
▪ Deep Learning for Big Data
▪ Energy-Efficient Computing and In-Memory Databases
▪ Information Visualization and Visual Analytics
▪ Edge Computing and In-Network Data Processing
Track 2: Data Management and Quality
▪ Architectural Concepts for Data Management
▪ Mobile Data Management and IoT Data
▪ Large Data Systems Modeling and Management
▪ Open Data and Transparency in Research Data
▪ Smart Cities and Urban Data Analytics
▪ Data and Information Quality Management
▪ Data Management for Analytics
▪ Data Modeling, Visualization, and Virtualization
▪ Industry 4.0 and Sensor Data Management
▪ Linked Data and Semantic Web Technologies
▪ Organizational Concepts and Best Practices in Data Management
▪ City Data Management and Governance
Track 3: Data Science and Machine Learning
▪ Data Fusion and Integration
▪ Pattern Recognition and Predictive Modeling
▪ Support Vector Machines and Hybrid Methods
▪ Data Mining and Knowledge Discovery
▪ Deep Learning and Neural Network Applications
▪ Evolutionary Computing and Optimization
▪ Feature Selection and Granular Computing
▪ Fuzzy Computing and Uncertainty in Data Analysis
▪ Process Mining and Workflow Analytics
▪ Data Science Applications and Case Studies
Track 4: Databases and Data Security
▪ Database Architecture and Performance Optimization
▪ Large-Scale and Distributed Databases
▪ Mobile and NoSQL Databases
▪ Object-Oriented and Open Source Databases
▪ Query Processing and Optimization
▪ Data Integrity and Consistency
▪ Data Privacy, Security, and Confidentiality
▪ WWW and Databases
▪ Blockchain Technology for Data Storage and Security
▪ Database Management in Cloud Environments
