Add to ORKGThe high potential performance of FPGAs cannot be exploited if a design suffers a memory bottleneck. Therefore, a memory hierarchy is needed to reuse data in on-chip memories and minimize the number of accesses to off-chip memory
The FPGAs of today are being used to implement large, system-sized circuits. Systems often require ...
FPGA designs have an immense design space, and there can be an order of magnitude performance differ...
The main motivation for dynamic memory management is to increase the memory efficiency of a system b...
The high potential performance of FPGAs cannot be exploited if a design suffers a memory bottleneck....
Thesis: Ph. D., Massachusetts Institute of Technology, Department of Electrical Engineering and Comp...
Abstract—Developing FPGA implementations with an input specification in a high-level programming lan...
It is very challenging to design an on-chip memory architecture for high-performance kernels with la...
The memory hierarchy is the main bottleneck in modern computer systems as the gap between the speed ...
One step in the synthesis for FPGA-based Reconfig-urable Computers (RCs) involves mapping the design...
The complexity of today’s embedded applications requires mod-ern high-performance embedded System-on...
Modern embedded systems for DSP applications are increasingly being implemented on heterogeneous pro...
Many algorithms and applications in scientific computing exhibit irregular access patterns as consec...
Field-programmable gate arrays represent an army of logical units which can be organized in a highly...
Synthesizing designs for FPGA-based reconfigurable systems involves the task of mapping variables an...
Moore's Law has helped Field Programmable Gate Arrays (FPGAs) scale continuously in speed, capacity ...
The FPGAs of today are being used to implement large, system-sized circuits. Systems often require ...
FPGA designs have an immense design space, and there can be an order of magnitude performance differ...
The main motivation for dynamic memory management is to increase the memory efficiency of a system b...
The high potential performance of FPGAs cannot be exploited if a design suffers a memory bottleneck....
Thesis: Ph. D., Massachusetts Institute of Technology, Department of Electrical Engineering and Comp...
Abstract—Developing FPGA implementations with an input specification in a high-level programming lan...
It is very challenging to design an on-chip memory architecture for high-performance kernels with la...
The memory hierarchy is the main bottleneck in modern computer systems as the gap between the speed ...
One step in the synthesis for FPGA-based Reconfig-urable Computers (RCs) involves mapping the design...
The complexity of today’s embedded applications requires mod-ern high-performance embedded System-on...
Modern embedded systems for DSP applications are increasingly being implemented on heterogeneous pro...
Many algorithms and applications in scientific computing exhibit irregular access patterns as consec...
Field-programmable gate arrays represent an army of logical units which can be organized in a highly...
Synthesizing designs for FPGA-based reconfigurable systems involves the task of mapping variables an...
Moore's Law has helped Field Programmable Gate Arrays (FPGAs) scale continuously in speed, capacity ...
The FPGAs of today are being used to implement large, system-sized circuits. Systems often require ...
FPGA designs have an immense design space, and there can be an order of magnitude performance differ...
The main motivation for dynamic memory management is to increase the memory efficiency of a system b...