[[abstract]]In this paper, we propose the idea of temporal logic replication in dynamically reconfigurable field-programmable gate array partitioning to reduce communication cost. Temporal logic replication has never been explored before. We define the min-area min-cut replication problem given a k-stage temporal partition satisfying all temporal constraints and devise an optimal algorithm to solve this problem. We have also devised a flow-based replication heuristic in case there is a tight area bound that limits the amount of replication. In addition, we will present a correct network flow model for partitioning sequential circuits temporally.[[fileno]]2030233030011[[department]]資訊工程學
Logic replication is known to be an effective technique to reduce the number of cut nets in partitio...
In this paper, we introduce a new recursive partitioning paradigm PROP which combines partitioning, ...
Dynamically reconfigurable systems have benefited from a new class of FPGAs recently introduced into...
[[abstract]]In this paper, we propose the idea of temporal logic replication in dynamically reconfig...
Abstract—A fundamental feature of Dynamically Reconfigurable FPGAs (DRFPGAs) is that the logic and i...
The recent introduction of partially-reconfigurable-field-programmable gate arrays (PRFPGAs) has led...
In reconfigurable computing systems, full reconfigurable FPGA are evolving rapidly, due to their fle...
Abstract—Due to the precedence constraints among vertices, the partitioning problem for time-multipl...
[[abstract]]Due to the precedence constraints among vertices, the partitioning problem for time-mult...
[[abstract]]Logic replication is known to be an effective technique to reduce the number of cut nets...
[[abstract]]Logic replication is known to be an effective technique to reduce the number of cut nets...
[[abstract]]Logic replication is known to be an effective technique to reduce the number of cut nets...
[[abstract]]Logic replication is known to be an effective technique to reduce the number of cut nets...
[[abstract]]This paper presents a new performance-driven partitioning method for multi-FPGA designs....
This paper presents a new performance-driven partitioning method for multi-FPGA designs. The propose...
Logic replication is known to be an effective technique to reduce the number of cut nets in partitio...
In this paper, we introduce a new recursive partitioning paradigm PROP which combines partitioning, ...
Dynamically reconfigurable systems have benefited from a new class of FPGAs recently introduced into...
[[abstract]]In this paper, we propose the idea of temporal logic replication in dynamically reconfig...
Abstract—A fundamental feature of Dynamically Reconfigurable FPGAs (DRFPGAs) is that the logic and i...
The recent introduction of partially-reconfigurable-field-programmable gate arrays (PRFPGAs) has led...
In reconfigurable computing systems, full reconfigurable FPGA are evolving rapidly, due to their fle...
Abstract—Due to the precedence constraints among vertices, the partitioning problem for time-multipl...
[[abstract]]Due to the precedence constraints among vertices, the partitioning problem for time-mult...
[[abstract]]Logic replication is known to be an effective technique to reduce the number of cut nets...
[[abstract]]Logic replication is known to be an effective technique to reduce the number of cut nets...
[[abstract]]Logic replication is known to be an effective technique to reduce the number of cut nets...
[[abstract]]Logic replication is known to be an effective technique to reduce the number of cut nets...
[[abstract]]This paper presents a new performance-driven partitioning method for multi-FPGA designs....
This paper presents a new performance-driven partitioning method for multi-FPGA designs. The propose...
Logic replication is known to be an effective technique to reduce the number of cut nets in partitio...
In this paper, we introduce a new recursive partitioning paradigm PROP which combines partitioning, ...
Dynamically reconfigurable systems have benefited from a new class of FPGAs recently introduced into...