Big Data Velocity Management-From Stream to Warehouse via High Performance Memory Optimized Index Join.
M. Asif NaeemFarhaan MirzaHabib Ullah KhanDavid SundaramNoreen JamilGerald WeberPublished in: IEEE Access (2020)
Keyphrases
- big data
- data management
- data intensive
- data intensive computing
- data processing
- data warehousing
- data warehouse
- management system
- hash join
- cloud computing
- join algorithms
- big data analytics
- business intelligence
- high volume
- vast amounts of data
- data analysis
- query processing
- information management
- knowledge discovery
- data science
- database
- business analytics
- massive data
- unstructured data
- main memory
- decision support
- social media
- database management systems
- data streams
- massive datasets
- knowledge management
- continuous queries
- data driven decision making
- compute intensive
- databases
- join operations
- query execution
- b tree
- index structure
- information processing
- data sources
- database systems
- materialized views
- data integration
- data model
- decision making
- data mining