CF
C. Feenstra
Authored
4 records found as author
A Memory Access and Operator Usage Pro?ler Framework for HLS Optimization
Using the Lucas Optical Flow Algorithm as Case Study
As recon?gurable hardware such as FPGA’s become bigger and bigger, large and complex systems can be implemented in such devices. It becomes a challenge for engineers to manually convert an algorithm in an HDL, considering the pushing time-to-market constraints. High Level Synthes
...
A Memory Access and Operator Usage Pro?ler Framework for HLS Optimization
Using the Lucas Optical Flow Algorithm as Case Study
As recon?gurable hardware such as FPGA’s become bigger and bigger, large and complex systems can be implemented in such devices. It becomes a challenge for engineers to manually convert an algorithm in an HDL, considering the pushing time-to-market constraints. High Level Synthes
...
A Memory Access and Operator Usage Pro?ler Framework for HLS Optimization
Using the Lucas Optical Flow Algorithm as Case Study
As recon?gurable hardware such as FPGA’s become bigger and bigger, large and complex systems can be implemented in such devices. It becomes a challenge for engineers to manually convert an algorithm in an HDL, considering the pushing time-to-market constraints. High Level Synthes
...
A Memory Access and Operator Usage Pro?ler Framework for HLS Optimization
Using the Lucas Optical Flow Algorithm as Case Study
As recon?gurable hardware such as FPGA’s become bigger and bigger, large and complex systems can be implemented in such devices. It becomes a challenge for engineers to manually convert an algorithm in an HDL, considering the pushing time-to-market constraints. High Level Synthes
...
Contributed
4 records found as contributor
A Memory Access and Operator Usage Pro?ler Framework for HLS Optimization
Using the Lucas Optical Flow Algorithm as Case Study
As recon?gurable hardware such as FPGA’s become bigger and bigger, large and complex systems can be implemented in such devices. It becomes a challenge for engineers to manually convert an algorithm in an HDL, considering the pushing time-to-market constraints. High Level Synthes
...
A Memory Access and Operator Usage Pro?ler Framework for HLS Optimization
Using the Lucas Optical Flow Algorithm as Case Study
As recon?gurable hardware such as FPGA’s become bigger and bigger, large and complex systems can be implemented in such devices. It becomes a challenge for engineers to manually convert an algorithm in an HDL, considering the pushing time-to-market constraints. High Level Synthes
...
A Memory Access and Operator Usage Pro?ler Framework for HLS Optimization
Using the Lucas Optical Flow Algorithm as Case Study
As recon?gurable hardware such as FPGA’s become bigger and bigger, large and complex systems can be implemented in such devices. It becomes a challenge for engineers to manually convert an algorithm in an HDL, considering the pushing time-to-market constraints. High Level Synthes
...
A Memory Access and Operator Usage Pro?ler Framework for HLS Optimization
Using the Lucas Optical Flow Algorithm as Case Study
As recon?gurable hardware such as FPGA’s become bigger and bigger, large and complex systems can be implemented in such devices. It becomes a challenge for engineers to manually convert an algorithm in an HDL, considering the pushing time-to-market constraints. High Level Synthes
...