Add to ORKGThe increasing number of cores every generation poses challenges for high-performance in-memory database systems. While these systems use sophisticated high-level algorithms to partition a query or run multiple queries in parallel, they also utilize low-level synchronization mechanisms to synchro-nize access to internal database data structures. Developers often spend significant development and verification effort to improve concurrency in the presence of such synchronization
Multicore in-memory databases for modern machines can support extraordinarily high transaction rates...
During the last two decades, computer hardware has experienced remarkable developments. Especially C...
With the advent of chip multiprocessors, exploiting intra-transaction parallelism is an attractive w...
The increasing number of cores every generation poses challenges for high-performance in-memory data...
The recent availability of Intel Haswell processors marks the transition of hardware transactional m...
Multicore processors are available for over a decade, being the norm for current computer systems, b...
Concurrency control provides multi-user access to a database system, while ensuring concurrent trans...
Database engines must adapt to the underlying hardware for high-performance transaction execution. C...
Database management systems have become an indispensable tool for industry, government, and academia...
Abstract—So far, transactional memory—although a promising technique—suffered from the absence of an...
In-memory database systems are becoming popular due to the availability and affordability of suffici...
The recent development of multi-core computer architectures has largely affected the creation of eve...
Abstract: In-memory database management systems have the potential to reduce the execution time of c...
In this final project, we present an approach for optimizing and parallelizing the query execution f...
New applications have emerged, demanding database management systems with enhanced functionality. Ho...
Multicore in-memory databases for modern machines can support extraordinarily high transaction rates...
During the last two decades, computer hardware has experienced remarkable developments. Especially C...
With the advent of chip multiprocessors, exploiting intra-transaction parallelism is an attractive w...
The increasing number of cores every generation poses challenges for high-performance in-memory data...
The recent availability of Intel Haswell processors marks the transition of hardware transactional m...
Multicore processors are available for over a decade, being the norm for current computer systems, b...
Concurrency control provides multi-user access to a database system, while ensuring concurrent trans...
Database engines must adapt to the underlying hardware for high-performance transaction execution. C...
Database management systems have become an indispensable tool for industry, government, and academia...
Abstract—So far, transactional memory—although a promising technique—suffered from the absence of an...
In-memory database systems are becoming popular due to the availability and affordability of suffici...
The recent development of multi-core computer architectures has largely affected the creation of eve...
Abstract: In-memory database management systems have the potential to reduce the execution time of c...
In this final project, we present an approach for optimizing and parallelizing the query execution f...
New applications have emerged, demanding database management systems with enhanced functionality. Ho...
Multicore in-memory databases for modern machines can support extraordinarily high transaction rates...
During the last two decades, computer hardware has experienced remarkable developments. Especially C...
With the advent of chip multiprocessors, exploiting intra-transaction parallelism is an attractive w...