Add to ORKGCurrently, few tools exist to aid the FPGA developer in translating an algorithm designed for a general-purpose-processor into one that is precision-optimized for FPGAs. This task requires extensive knowledge of both the algorithm and the target hardware. We present a design-time tool, Précis, which assists the developer in analyzing the precision requirements of algorithms specified in MATLAB. Through the combined use of simulation, user input, and program analysis, we demonstrate a methodology for precision analysis that can aid the developer in focusing their manual precision optimization efforts. 1
Abstract—In the system-level design of MPSoCs (Multi-Processor System-on-a-Chips), system designers ...
Efficient high level design tools that can map behavioral descriptions to FPGA architectures are one...
The precision used in an algorithm affects the error and performance of individual computations, the...
Abstract-Currently, few tools exist to aid the FPGA developer in translating an algorithm designed f...
We present a compiler that takes high level signal and image processing algorithms described in MATL...
Abstract — In this paper, we present a methodology for accurate estimation of the precision requirem...
The precision used in an algorithm affects the error and performance of individual computations, the...
As scientific computation continues to scale, it is crucial to use floating-point arithmetic process...
Field Programmable Gate Arrays (FPGAs) are a widely used platform for hardware acceleration and digi...
Most scientific computations use double precision floating point numbers. Recently, posits as an add...
Abstract—This paper introduces a novel mixed precision methodology for mathematical optimisation. It...
Field Programmable Gate Array (FPGA) provides the ability to use, and re-use, hardware with minimal ...
Field Programmable Gate Array (FPGA) provides the ability to use, and re-use, hardware with minimal ...
Efficient high level design tools that can map behavioral descriptions to FPGA architectures are one...
The continued demand for higher performance and more energy efficient systems has fueled interest in...
Abstract—In the system-level design of MPSoCs (Multi-Processor System-on-a-Chips), system designers ...
Efficient high level design tools that can map behavioral descriptions to FPGA architectures are one...
The precision used in an algorithm affects the error and performance of individual computations, the...
Abstract-Currently, few tools exist to aid the FPGA developer in translating an algorithm designed f...
We present a compiler that takes high level signal and image processing algorithms described in MATL...
Abstract — In this paper, we present a methodology for accurate estimation of the precision requirem...
The precision used in an algorithm affects the error and performance of individual computations, the...
As scientific computation continues to scale, it is crucial to use floating-point arithmetic process...
Field Programmable Gate Arrays (FPGAs) are a widely used platform for hardware acceleration and digi...
Most scientific computations use double precision floating point numbers. Recently, posits as an add...
Abstract—This paper introduces a novel mixed precision methodology for mathematical optimisation. It...
Field Programmable Gate Array (FPGA) provides the ability to use, and re-use, hardware with minimal ...
Field Programmable Gate Array (FPGA) provides the ability to use, and re-use, hardware with minimal ...
Efficient high level design tools that can map behavioral descriptions to FPGA architectures are one...
The continued demand for higher performance and more energy efficient systems has fueled interest in...
Abstract—In the system-level design of MPSoCs (Multi-Processor System-on-a-Chips), system designers ...
Efficient high level design tools that can map behavioral descriptions to FPGA architectures are one...
The precision used in an algorithm affects the error and performance of individual computations, the...