The execution speed of the FPGA processing elements are compared to the microprocessor processing elements in the SRC 6 reconfigurable computer using the following algorithms for sorting: Quick Sort, Heap Sort, Radix Sort, Bitonic Sort, and Odd/Even Merge. The results show that, for sorting, FPGA technology may not be the best processor choice and that factors such as memory bandwidth, clock speed, algorithm computational density and an algorithm’s ability to be pipelined all have an impact on FPGA performance
Sorting is a common problem in computer science. There are lot of well-known sorting algorithms crea...
Abstract Sorting is a common problem in computer science. There are a lot of well-known sorting algo...
We present a fast radix sorting algorithm that builds upon a microarchitecture-aware variant of coun...
Sorting is perhaps the most widely studied problem in computer science and is frequently used as a b...
International audienceNowadays, sorting is an important operation for several real-time embedded app...
The primary goal of the presented experiment was to judge the usefulness of FPGA technology in the s...
Sorting algorithms have been studied extensively since past three decades. Their uses are found in m...
In this paper, we present a comparative performance analysis of different parallel sorting algorithm...
Sorting is a common problem in computer science. There are a lot of well-known sorting algorithms cr...
In this thesis we explore the acceleration of sorting algorithms on FPGAs using high bandwidth memor...
Hardware based sorting techniques date back to the late 1800s when Herman Hollerith, an employee of ...
The study presents a comparative study of some sorting algorithm with the aim to come up with the mo...
The use of sub-optimal digital systems can at times lead to high speed, efficient, costeffective str...
With the advent of big data and cloud computing, there is tremendous interest in optimised algorithm...
Sorting is a common problem in computer science. There are lot of well-known sorting algorithms crea...
Sorting is a common problem in computer science. There are lot of well-known sorting algorithms crea...
Abstract Sorting is a common problem in computer science. There are a lot of well-known sorting algo...
We present a fast radix sorting algorithm that builds upon a microarchitecture-aware variant of coun...
Sorting is perhaps the most widely studied problem in computer science and is frequently used as a b...
International audienceNowadays, sorting is an important operation for several real-time embedded app...
The primary goal of the presented experiment was to judge the usefulness of FPGA technology in the s...
Sorting algorithms have been studied extensively since past three decades. Their uses are found in m...
In this paper, we present a comparative performance analysis of different parallel sorting algorithm...
Sorting is a common problem in computer science. There are a lot of well-known sorting algorithms cr...
In this thesis we explore the acceleration of sorting algorithms on FPGAs using high bandwidth memor...
Hardware based sorting techniques date back to the late 1800s when Herman Hollerith, an employee of ...
The study presents a comparative study of some sorting algorithm with the aim to come up with the mo...
The use of sub-optimal digital systems can at times lead to high speed, efficient, costeffective str...
With the advent of big data and cloud computing, there is tremendous interest in optimised algorithm...
Sorting is a common problem in computer science. There are lot of well-known sorting algorithms crea...
Sorting is a common problem in computer science. There are lot of well-known sorting algorithms crea...
Abstract Sorting is a common problem in computer science. There are a lot of well-known sorting algo...
We present a fast radix sorting algorithm that builds upon a microarchitecture-aware variant of coun...