In recent years, with the rise of the application of big data, efficiency has become more important for data processing, and simple sorting methods require higher stability and efficiency in large-scale scenarios. This thesis explores topics related to hardware acceleration for data sorting networks of massive input resource or data stream, which leads to our three different design approaches: running the whole data processing fully on the software side (sorting and merging on PC), a combination of PC side and field- programmable gate arrays (FPGA) platform (hardware sorting with software merging), and fully hardware side (sorting and merging on FPGA). Parallel data hardware sorters have been proposed before, but they do not consider that t...
Customized computing is gaining ever-increasing popularity in today’s data center to meet the demand...
This paper describes the VHDL design of a sorting algorithm, aiming at defining an elementary sortin...
Abstract: Sorting is one of the most well-known problems in computer science and is frequently used...
In recent years, with the rise of the application of big data, efficiency has become more important ...
As database systems have shifted from disk-based to in-memory, and the scale of the database in big ...
Sorting is an extremely important computation kernel that has been accelerated in a lot of fields su...
The primary goal of the presented experiment was to judge the usefulness of FPGA technology in the s...
In this thesis we explore the acceleration of sorting algorithms on FPGAs using high bandwidth memor...
This work improves on the latest research about sorting acceleration on FPGAs. An efficient design i...
The paper is dedicated to parallel data sort based on sorting networks. The proposed methods and cir...
International audienceNowadays, sorting is an important operation for several real-time embedded app...
The decreasing cost of DRAM has made possible and grown the use of in-memory databases. However, mem...
Hardware sorters exploit inherent concurrency to improve the performance of sequential, software-bas...
With the advent of big data and cloud computing, there is tremendous interest in optimised algorithm...
We have developed a highly-efficient and simple parallel hardware design for merging two sorted list...
Customized computing is gaining ever-increasing popularity in today’s data center to meet the demand...
This paper describes the VHDL design of a sorting algorithm, aiming at defining an elementary sortin...
Abstract: Sorting is one of the most well-known problems in computer science and is frequently used...
In recent years, with the rise of the application of big data, efficiency has become more important ...
As database systems have shifted from disk-based to in-memory, and the scale of the database in big ...
Sorting is an extremely important computation kernel that has been accelerated in a lot of fields su...
The primary goal of the presented experiment was to judge the usefulness of FPGA technology in the s...
In this thesis we explore the acceleration of sorting algorithms on FPGAs using high bandwidth memor...
This work improves on the latest research about sorting acceleration on FPGAs. An efficient design i...
The paper is dedicated to parallel data sort based on sorting networks. The proposed methods and cir...
International audienceNowadays, sorting is an important operation for several real-time embedded app...
The decreasing cost of DRAM has made possible and grown the use of in-memory databases. However, mem...
Hardware sorters exploit inherent concurrency to improve the performance of sequential, software-bas...
With the advent of big data and cloud computing, there is tremendous interest in optimised algorithm...
We have developed a highly-efficient and simple parallel hardware design for merging two sorted list...
Customized computing is gaining ever-increasing popularity in today’s data center to meet the demand...
This paper describes the VHDL design of a sorting algorithm, aiming at defining an elementary sortin...
Abstract: Sorting is one of the most well-known problems in computer science and is frequently used...