textabstractExisting work on accelerating analytic DB query processing with (discrete) GPUs fails to fully realize their potential for speedup through parallelism: Published results do not achieve significant speedup over more performant CPU-only DBMSes when processing complete queries. This paper presents a successful
GPU has been considered as one of the next-generation platforms for real-time query processing datab...
Recent research shows that traditional database technology does not efficiently exploit the fea-ture...
Join-order optimization is an important task during query processing in DBMSs. The execution time of...
GPU acceleration is a promising approach to speed up query processing of database systems by using l...
© 2020 Association for Computing Machinery. There has been significant amount of excitement and rece...
Analytic database workloads are growing in data size and query complexity. At the same time, compute...
While GPU query processing is a well-studied area, real adoption is limited in practice as typically...
AbstractThis study is devoted to exploring possible applications of GPU technology for acceleration ...
Current database management systems use Graphic Processing Units (GPUs) as dedicated accelerators to...
This survey paper reviews how the Graphical Processing Unit (GPU) can be leveraged by accelerating q...
The amount of data being processed nowadays is continuously increasing. This fact also applies to da...
The unrivaled computing capabilities of modern GPUs meet the demand of processing massive amounts of...
Database systems have been widely used in a large range of applications to provide users with functi...
Current database research identified the use of computational power of GPUs as a way to increase the...
Abstract. The vast amount of processing power and memory band-width provided by modern graphics card...
GPU has been considered as one of the next-generation platforms for real-time query processing datab...
Recent research shows that traditional database technology does not efficiently exploit the fea-ture...
Join-order optimization is an important task during query processing in DBMSs. The execution time of...
GPU acceleration is a promising approach to speed up query processing of database systems by using l...
© 2020 Association for Computing Machinery. There has been significant amount of excitement and rece...
Analytic database workloads are growing in data size and query complexity. At the same time, compute...
While GPU query processing is a well-studied area, real adoption is limited in practice as typically...
AbstractThis study is devoted to exploring possible applications of GPU technology for acceleration ...
Current database management systems use Graphic Processing Units (GPUs) as dedicated accelerators to...
This survey paper reviews how the Graphical Processing Unit (GPU) can be leveraged by accelerating q...
The amount of data being processed nowadays is continuously increasing. This fact also applies to da...
The unrivaled computing capabilities of modern GPUs meet the demand of processing massive amounts of...
Database systems have been widely used in a large range of applications to provide users with functi...
Current database research identified the use of computational power of GPUs as a way to increase the...
Abstract. The vast amount of processing power and memory band-width provided by modern graphics card...
GPU has been considered as one of the next-generation platforms for real-time query processing datab...
Recent research shows that traditional database technology does not efficiently exploit the fea-ture...
Join-order optimization is an important task during query processing in DBMSs. The execution time of...