Add to ORKGTimothy J. Callahan and John Wawrzynek University of California--Berkeley Widespread acceptance of FPGA-based reconfigurable coprocessors will be expedited if compilation time for FPGA configurations can be reduced to be comparable to software compilation. This research achieves this goal, generating complete datapath layouts in fractions of a second rather than hours. Our algorithm, adapted from instruction selection in compilers, packs multiple operations into single rows of CLBs when possible, while preserving a regular bit-slice layout. Furthermore, placement and thus routing delays are considered simultaneously with packing, so that the total delay, not just the CLB delay, is optimized. The Problem Reconfigurable coprocessors, most co...
As field-programmable gate array (FPGA) capacities continue to increase in lockstep with semiconduct...
[[abstract]]We combine technology mapping and placement into a single procedure, M.map, for the desi...
The idea of introducing dedicated, fast paths between certain FPGA elements in order to reduce delay...
By tailoring a compiler tree-parsing tool for datapath module mapping, we produce good quality resul...
Abstract — In this paper, two distinct approaches for fast placement onto FPGAs are proposed. In our...
. Configurable computing has captured the imagination of many architects who want the performance of...
Reconfigurable systems have been shown to achieve very high computational performance. However, the ...
High latencies in FPGA reconfiguration are known as a major overhead in run-time reconfigurable syst...
International audienceThe aim of partially and dynamically reconfigurable hardware is to provide an ...
Placement is one of the most important steps in physical design for VLSI circuits. For field program...
With recent advances in silicon device technology, a new branch of computer architecture, reconfigur...
Reconfigurable computing allows field programmable gate arrays (FPGA) to form a platform for develop...
In large-scale datapaths, complex interconnection requirements limit resource utilization and often ...
Field-programmable gate arrays represent an army of logical units which can be organized in a highly...
During the last years, the computing performance increased for basically all integrated digital circ...
As field-programmable gate array (FPGA) capacities continue to increase in lockstep with semiconduct...
[[abstract]]We combine technology mapping and placement into a single procedure, M.map, for the desi...
The idea of introducing dedicated, fast paths between certain FPGA elements in order to reduce delay...
By tailoring a compiler tree-parsing tool for datapath module mapping, we produce good quality resul...
Abstract — In this paper, two distinct approaches for fast placement onto FPGAs are proposed. In our...
. Configurable computing has captured the imagination of many architects who want the performance of...
Reconfigurable systems have been shown to achieve very high computational performance. However, the ...
High latencies in FPGA reconfiguration are known as a major overhead in run-time reconfigurable syst...
International audienceThe aim of partially and dynamically reconfigurable hardware is to provide an ...
Placement is one of the most important steps in physical design for VLSI circuits. For field program...
With recent advances in silicon device technology, a new branch of computer architecture, reconfigur...
Reconfigurable computing allows field programmable gate arrays (FPGA) to form a platform for develop...
In large-scale datapaths, complex interconnection requirements limit resource utilization and often ...
Field-programmable gate arrays represent an army of logical units which can be organized in a highly...
During the last years, the computing performance increased for basically all integrated digital circ...
As field-programmable gate array (FPGA) capacities continue to increase in lockstep with semiconduct...
[[abstract]]We combine technology mapping and placement into a single procedure, M.map, for the desi...
The idea of introducing dedicated, fast paths between certain FPGA elements in order to reduce delay...