Add to ORKGThe speedup over a microprocessor that can be achieved by implementing some programs on an FPGA has been extensively reported. This paper presents an analysis, both quantitative and qualitative, at the architecture level of the components of this speedup. Obviously, the spatial parallelism that can be exploited on the FPGA is a big component. By itself, however, it does not account for the whole speedup
Abstract—Placement of a large FPGA design now commonly requires several hours, significantly hinderi...
Amdahl's Law states that speedup in moving from one processor to N identical processors can nev...
Field-programmable gate arrays represent an army of logical units which can be organized in a highly...
The speedup over a microprocessor that can be achieved by implementing some programs on an FPGA has ...
Where do all the cycles go when microprocessor applications are implemented spatially as circuits on...
Previous research has shown that the performance of any computation is directly related to the archi...
It has been shown that FPGAs could outperform high-end microprocessors on floating-point compu-tatio...
In this paper, we report on a preliminary investigation of the potential performance gain of program...
The performance and the efficiency of recent computing platforms have been deeply influenced by the ...
Proposed real-time system implementations combine reconfigurable hardware (for speed-up) with proces...
An efficient distributed method is developped for the technology mapping of Look Up Table-based Fiel...
We propose a methodology to study and to quantify efficiency and the impact of overheads on runtime ...
Over the past few years there has been increased interest in building custom computing machines (CCM...
. Flowmap ([1]) was the first delay-optimal algorithm for the technology mapping of LUT-based FPGAs....
As CPU clock frequencies plateau and the doubling of CPU cores per processor ex-acerbate the memory ...
Abstract—Placement of a large FPGA design now commonly requires several hours, significantly hinderi...
Amdahl's Law states that speedup in moving from one processor to N identical processors can nev...
Field-programmable gate arrays represent an army of logical units which can be organized in a highly...
The speedup over a microprocessor that can be achieved by implementing some programs on an FPGA has ...
Where do all the cycles go when microprocessor applications are implemented spatially as circuits on...
Previous research has shown that the performance of any computation is directly related to the archi...
It has been shown that FPGAs could outperform high-end microprocessors on floating-point compu-tatio...
In this paper, we report on a preliminary investigation of the potential performance gain of program...
The performance and the efficiency of recent computing platforms have been deeply influenced by the ...
Proposed real-time system implementations combine reconfigurable hardware (for speed-up) with proces...
An efficient distributed method is developped for the technology mapping of Look Up Table-based Fiel...
We propose a methodology to study and to quantify efficiency and the impact of overheads on runtime ...
Over the past few years there has been increased interest in building custom computing machines (CCM...
. Flowmap ([1]) was the first delay-optimal algorithm for the technology mapping of LUT-based FPGAs....
As CPU clock frequencies plateau and the doubling of CPU cores per processor ex-acerbate the memory ...
Abstract—Placement of a large FPGA design now commonly requires several hours, significantly hinderi...
Amdahl's Law states that speedup in moving from one processor to N identical processors can nev...
Field-programmable gate arrays represent an army of logical units which can be organized in a highly...