Add to ORKGinto BLEs and then BLEs are grouped into logic blocks. We propose a novel logic block architecture with fast combinational paths between LUTs, called pattern-based logic blocks. A new clustering algorithm is developed to release the potential of pattern-based logic blocks. Experimental results show that the novel architecture and the associated clustering algorithm lead to a 14 % performance gain and a 8 % wirelength reduction with a 3 % area overhead compared to conventional architecture in large control-instensive benchmarks. I
grantor: University of TorontoThe architecture of an FPGA has a significant effect on area...
Circuits naturally exhibit recurring patterns of local interconnect. Hardening those patterns when d...
Reducing the precision of deep neural networks can yield large efficiency gains with little or no ac...
In classical FPGA, LUTs and DFFs are pre-packed into BLEs and then BLEs are grouped into logic block...
While modern FPGAs often contain clusters of 4-input lookup tables and flip flops, little is known a...
In this paper we present a system level technique for mapping large, multiple-IP-block designs to ch...
In this paper, we present area and performance-driven clustering techniques for coarse-grained, anti...
grantor: University of TorontoAs process geometries shrink into the deep-submicron region,...
The logic blocks of most modern FPGAs contain clusters of look-up tables and flip flops, yet little ...
Low-cost FPGAs have comparable number of Configurable Logic Blocks (CLBs) with respect to resource-r...
As one of the core components of electronic hardware systems, Field Programmable Logic Array (FPGA) ...
Circuit clustering algorithms fit synthesised circuits into FPGA configurable logic blocks (CLBs) ef...
Abstract — In this paper we revisit the FPGA architectural issue of the effect of logic block functi...
We utilize Rent’s rule as an empirical measure for efficient clustering and placement of circuits in...
Most of the FPGA's area and delay are due to routing. Considering routability at earlier steps of th...
grantor: University of TorontoThe architecture of an FPGA has a significant effect on area...
Circuits naturally exhibit recurring patterns of local interconnect. Hardening those patterns when d...
Reducing the precision of deep neural networks can yield large efficiency gains with little or no ac...
In classical FPGA, LUTs and DFFs are pre-packed into BLEs and then BLEs are grouped into logic block...
While modern FPGAs often contain clusters of 4-input lookup tables and flip flops, little is known a...
In this paper we present a system level technique for mapping large, multiple-IP-block designs to ch...
In this paper, we present area and performance-driven clustering techniques for coarse-grained, anti...
grantor: University of TorontoAs process geometries shrink into the deep-submicron region,...
The logic blocks of most modern FPGAs contain clusters of look-up tables and flip flops, yet little ...
Low-cost FPGAs have comparable number of Configurable Logic Blocks (CLBs) with respect to resource-r...
As one of the core components of electronic hardware systems, Field Programmable Logic Array (FPGA) ...
Circuit clustering algorithms fit synthesised circuits into FPGA configurable logic blocks (CLBs) ef...
Abstract — In this paper we revisit the FPGA architectural issue of the effect of logic block functi...
We utilize Rent’s rule as an empirical measure for efficient clustering and placement of circuits in...
Most of the FPGA's area and delay are due to routing. Considering routability at earlier steps of th...
grantor: University of TorontoThe architecture of an FPGA has a significant effect on area...
Circuits naturally exhibit recurring patterns of local interconnect. Hardening those patterns when d...
Reducing the precision of deep neural networks can yield large efficiency gains with little or no ac...