International audienceIn this paper we present a new clustering technique, based on the multilevel partitioning, for hierarchical FPGAs. The purpose of this technique is to reduce area and power by considering routability in early steps of the CAD flow. We show that this technique can reduce the needed tracks in the routing step by 15% compared with the other packing tools
Field-programmable gate arrays (FPGAs) allow circuit designers to perform quick prototyping and deve...
Circuit clustering algorithms fit synthesised circuits into FPGA configurable logic blocks (CLBs) ef...
A multi-core FPGA-based clustering algorithm for high-throughput data intensive applications is pres...
International audienceIn this paper we present a new clustering technique, based on the multilevel p...
Routing tools consume a significant portion of the total design time. Considering routability at ear...
Most of the FPGA's area and delay are due to routing. Considering routability at earlier steps of th...
We present a routability-driven bottom-up clustering technique for area and power reduction in clust...
This paper addresses an automatic partitioning method of a design into several FPGAs. Although the c...
Abstract—Most high performance computing systems are large-scale computing systems, and consist tens...
Abstract | In this paper, an eective algorithm is pre-sented for performance driven multi-level clus...
Abstract—In this paper, an effective algorithm is presented for multilevel circuit clustering for de...
[[abstract]]In this paper, an effective algorithm is presented for multilevel circuit clustering for...
In this paper, we present area and performance-driven clustering techniques for coarse-grained, anti...
One of the major drawbacks of reprogrammable microchips, such as field-programmable gate arrays (FPG...
This paper presents an efficient global routing algorithm for a hierarchical inter-connection archit...
Field-programmable gate arrays (FPGAs) allow circuit designers to perform quick prototyping and deve...
Circuit clustering algorithms fit synthesised circuits into FPGA configurable logic blocks (CLBs) ef...
A multi-core FPGA-based clustering algorithm for high-throughput data intensive applications is pres...
International audienceIn this paper we present a new clustering technique, based on the multilevel p...
Routing tools consume a significant portion of the total design time. Considering routability at ear...
Most of the FPGA's area and delay are due to routing. Considering routability at earlier steps of th...
We present a routability-driven bottom-up clustering technique for area and power reduction in clust...
This paper addresses an automatic partitioning method of a design into several FPGAs. Although the c...
Abstract—Most high performance computing systems are large-scale computing systems, and consist tens...
Abstract | In this paper, an eective algorithm is pre-sented for performance driven multi-level clus...
Abstract—In this paper, an effective algorithm is presented for multilevel circuit clustering for de...
[[abstract]]In this paper, an effective algorithm is presented for multilevel circuit clustering for...
In this paper, we present area and performance-driven clustering techniques for coarse-grained, anti...
One of the major drawbacks of reprogrammable microchips, such as field-programmable gate arrays (FPG...
This paper presents an efficient global routing algorithm for a hierarchical inter-connection archit...
Field-programmable gate arrays (FPGAs) allow circuit designers to perform quick prototyping and deve...
Circuit clustering algorithms fit synthesised circuits into FPGA configurable logic blocks (CLBs) ef...
A multi-core FPGA-based clustering algorithm for high-throughput data intensive applications is pres...