Add to ORKGtextabstractHigh disk bandwidth in data-intensive applications is usually achieved with expensive hardware solutions consisting of a large number of disks. In this article we present our current work on software methods for improving disk bandwidth in ColumnBM, a new storage system for MonetDB/X100 query execution engine. Two novel techniques are discussed: superscalar compression for standalone queries and cooperative scans for multi-query optimization
Database machines are special purpose backend architectures that are designed to support efficiently...
Column-oriented database system architectures invite a reevaluation of how and when data in database...
textabstractHigh-performance data-intensive query processing tasks like OLAP, data mining or scienti...
Abstract. High disk bandwidth in data-intensive applications is usually achieved with expensive hard...
With the performance of modern computers improving at a rapid pace, database technology has problem...
Data compression is one way to gain better performance from a database. Compression is typically ach...
Cluster computer systems assembled from commodity off-the-shelf components have emerged as a viable ...
Modern columnar databases heavily use compression to reduce memory footprint and boost query executi...
Loss-less data compression is attractive in database systems as it may facilitate query performance ...
Columnar databases have dominated the data analysis market for their superior performance in query p...
Database management systems have become an indispensable tool for industry, government, and academia...
Abstract: "Database systems work hard to tune I/O performance, but they do not always achieve the fu...
Query co-processing on graphics processors (GPUs) has become an effective means to improve the perfo...
Recent research shows that traditional database technology does not efficiently exploit the fea-ture...
textabstractThis paper analyzes the performance of concurrent (index) scan operations in both record...
Database machines are special purpose backend architectures that are designed to support efficiently...
Column-oriented database system architectures invite a reevaluation of how and when data in database...
textabstractHigh-performance data-intensive query processing tasks like OLAP, data mining or scienti...
Abstract. High disk bandwidth in data-intensive applications is usually achieved with expensive hard...
With the performance of modern computers improving at a rapid pace, database technology has problem...
Data compression is one way to gain better performance from a database. Compression is typically ach...
Cluster computer systems assembled from commodity off-the-shelf components have emerged as a viable ...
Modern columnar databases heavily use compression to reduce memory footprint and boost query executi...
Loss-less data compression is attractive in database systems as it may facilitate query performance ...
Columnar databases have dominated the data analysis market for their superior performance in query p...
Database management systems have become an indispensable tool for industry, government, and academia...
Abstract: "Database systems work hard to tune I/O performance, but they do not always achieve the fu...
Query co-processing on graphics processors (GPUs) has become an effective means to improve the perfo...
Recent research shows that traditional database technology does not efficiently exploit the fea-ture...
textabstractThis paper analyzes the performance of concurrent (index) scan operations in both record...
Database machines are special purpose backend architectures that are designed to support efficiently...
Column-oriented database system architectures invite a reevaluation of how and when data in database...
textabstractHigh-performance data-intensive query processing tasks like OLAP, data mining or scienti...