ABSTRACT Satisfying the performance needs of tomorrow typically
implies using modern processor capabilities (such as single
instruction, multiple data) and co-processors (such as graphics
processing units) to accelerate database operations . Algorithms
are typically ...
%0 Journal Article
%1 Broneske2014-hy
%A Broneske, D
%A Breß, S
%A Heimel, M
%A Saake, G
%D 2014
%I openproceedings.org
%J EDBT
%K All Efficient_query_execution Expose Unlabeled
%T Toward Hardware-Sensitive Database Operations
%X ABSTRACT Satisfying the performance needs of tomorrow typically
implies using modern processor capabilities (such as single
instruction, multiple data) and co-processors (such as graphics
processing units) to accelerate database operations . Algorithms
are typically ...
@article{Broneske2014-hy,
abstract = {ABSTRACT Satisfying the performance needs of tomorrow typically
implies using modern processor capabilities (such as single
instruction, multiple data) and co-processors (such as graphics
processing units) to accelerate database operations . Algorithms
are typically ...},
added-at = {2015-04-10T18:02:47.000+0200},
author = {Broneske, D and Bre\ss{}, S and Heimel, M and Saake, G},
biburl = {https://www.bibsonomy.org/bibtex/22e4281a0f7102b4f135072a34df75fc4/christophv},
interhash = {8308ef59da1d9a55cd65bbd9c23449c2},
intrahash = {2e4281a0f7102b4f135072a34df75fc4},
journal = {EDBT},
keywords = {All Efficient_query_execution Expose Unlabeled},
publisher = {openproceedings.org},
timestamp = {2016-01-04T14:22:08.000+0100},
title = {Toward {Hardware-Sensitive} Database Operations},
year = 2014
}