Add to ORKGThis paper deals with an improvement of design timing characteristics by modification at the high abstraction level of the system description. Some synthesis tools such as Synplify Pro provide timing optimizations, called pipelining and retiming. These techniques help the designer unify delay slacks at different inputs, which results in higher system clock frequencies of the produced circuit
In conventional design, higher levels of synthesis produce a netlist, from which layout synthesis bu...
[[abstract]]Several factors such as process variation, noises, and delay defects can degrade the rel...
Many advances have been made recently in the theory of circuit retiming, especially for circuits tha...
Using re-programmable logic components along with HDL languages encompasses wider and wider areas of...
A shift is proposed in the design of VLSI circuits. In conventional design, higher levels of synthes...
With the decreasing feature sizes during VLSI fabrication and the dominance of interconnect delay ov...
Design automation has been one of the main propellers of the semiconductor industry with logic synth...
High-level synthesis (HLS) tools simplify the FPGA design processes by allowing users to express the...
High-Level Synthesis (HLS) tools improve hardware designer productivity by enabling software design ...
Pipelining and retiming are two related techniques for improving the performance of synchronous cir-...
The advent of FPGA-based accelerators has encouraged the use of high-level synthesis (HLS) for rapid...
[[abstract]]As feature sizes shrink to deep sub-micron, the performance of VLSI chips becomes domina...
Abstract System-level presynthesis refers to the optimization of an input HDL description that produ...
[[abstract]]Delay variation factors are often statistic in nature. Here, we review and compare three...
In this paper, we describe a timing model for clock estimation during high-level synthesis. In order...
In conventional design, higher levels of synthesis produce a netlist, from which layout synthesis bu...
[[abstract]]Several factors such as process variation, noises, and delay defects can degrade the rel...
Many advances have been made recently in the theory of circuit retiming, especially for circuits tha...
Using re-programmable logic components along with HDL languages encompasses wider and wider areas of...
A shift is proposed in the design of VLSI circuits. In conventional design, higher levels of synthes...
With the decreasing feature sizes during VLSI fabrication and the dominance of interconnect delay ov...
Design automation has been one of the main propellers of the semiconductor industry with logic synth...
High-level synthesis (HLS) tools simplify the FPGA design processes by allowing users to express the...
High-Level Synthesis (HLS) tools improve hardware designer productivity by enabling software design ...
Pipelining and retiming are two related techniques for improving the performance of synchronous cir-...
The advent of FPGA-based accelerators has encouraged the use of high-level synthesis (HLS) for rapid...
[[abstract]]As feature sizes shrink to deep sub-micron, the performance of VLSI chips becomes domina...
Abstract System-level presynthesis refers to the optimization of an input HDL description that produ...
[[abstract]]Delay variation factors are often statistic in nature. Here, we review and compare three...
In this paper, we describe a timing model for clock estimation during high-level synthesis. In order...
In conventional design, higher levels of synthesis produce a netlist, from which layout synthesis bu...
[[abstract]]Several factors such as process variation, noises, and delay defects can degrade the rel...
Many advances have been made recently in the theory of circuit retiming, especially for circuits tha...