The wider acceptance of FPGAs as a computing device requires a higher level of programming abstraction. ROCCC is an optimizing C to HDL compiler. We describe the code generation approach in ROCCC. The smart buffer is a component that reuses input data between adjacent iterations. It significantly improves the performance of the circuit and simplifies loop control. The ROCCC-generated data-path can execute one loop iteration per clock-cycle when there is no loop-dependency or there is only scalar recurrence variable dependency. ROCCC's approach to supporting while-loops operating on scalars makes the compiler able to move scalar iterative computation into hardware
In the past decade or so we have witnessed a steadily increasing interest in FPGAs as hardware accel...
Abstract—Current tools for High-Level Synthesis (HLS) excel at exploiting Instruction-Level Parallel...
This paper describes our approaches to raise the level of abstraction at which hardwa-re suitable fo...
The wider acceptance of FPGAs as a computing device requires a higher level of programming abstracti...
FPGAs, as computing devices, offer significant speedup over microprocessors. Furthermore, their conf...
FPGAs, as computing devices, offer significant speedup over microprocessors. Furthermore, their conf...
Submitted on behalf of EDAA (http://www.edaa.com/)International audienceFPGAs, as computing devices,...
Reconfigurable computers, where one or more FPGAs are attached to a conventional microprocessor, are...
Abstract—While FPGA-based hardware accelerators have repeatedly been demonstrated as a viable option...
Abstract—While FPGA-based hardware accelerators have re-peatedly been demonstrated as a viable optio...
This paper presents initial work on developing a C compiler for the CoRAM FPGA computing abstraction...
There is today an ever-increasing demand for more computational power coupled with a desire to minim...
Algorithms that exhibit irregular memory access patterns are known to show poor performance on multi...
A common approach to decreasing embedded application execution time is creating a homogeneous parall...
FPGA systems outperform many ASIC and super computer systems through effective use of the reconfigur...
In the past decade or so we have witnessed a steadily increasing interest in FPGAs as hardware accel...
Abstract—Current tools for High-Level Synthesis (HLS) excel at exploiting Instruction-Level Parallel...
This paper describes our approaches to raise the level of abstraction at which hardwa-re suitable fo...
The wider acceptance of FPGAs as a computing device requires a higher level of programming abstracti...
FPGAs, as computing devices, offer significant speedup over microprocessors. Furthermore, their conf...
FPGAs, as computing devices, offer significant speedup over microprocessors. Furthermore, their conf...
Submitted on behalf of EDAA (http://www.edaa.com/)International audienceFPGAs, as computing devices,...
Reconfigurable computers, where one or more FPGAs are attached to a conventional microprocessor, are...
Abstract—While FPGA-based hardware accelerators have repeatedly been demonstrated as a viable option...
Abstract—While FPGA-based hardware accelerators have re-peatedly been demonstrated as a viable optio...
This paper presents initial work on developing a C compiler for the CoRAM FPGA computing abstraction...
There is today an ever-increasing demand for more computational power coupled with a desire to minim...
Algorithms that exhibit irregular memory access patterns are known to show poor performance on multi...
A common approach to decreasing embedded application execution time is creating a homogeneous parall...
FPGA systems outperform many ASIC and super computer systems through effective use of the reconfigur...
In the past decade or so we have witnessed a steadily increasing interest in FPGAs as hardware accel...
Abstract—Current tools for High-Level Synthesis (HLS) excel at exploiting Instruction-Level Parallel...
This paper describes our approaches to raise the level of abstraction at which hardwa-re suitable fo...