This paper introduces a new methodology for pipeline synthesis with applications to data flow high-level system design. The pipeline synthesis is applied to dataflow programs whose operators are translated into graphs and dependencies relations that are then processed for the pipeline architecture optimization. For each pipeline-stage time, a minimal number of pipeline stages are first determined and then an optimal assignment of operators to stages is generated with the objective of minimizing the total pipeline register size. The obtained "optimal" pipeline schedule is automatically transformed back into a dataflow program that can be synthesized to efficient hardware implementations. Two new pipeline scheduling: "least cost search branch...
High-level synthesis (HLS) aims at reducing the time-to-market by providing an automated design proc...
Although there are widely known solutions for dataflow-dominated resource constrained high-level syn...
In this paper, we present an automated flow for insertion of pipeline stages in FPGA-based streaming...
This paper introduces a new methodology for pipeline synthesis with applications to data flow high-l...
Large dataflow designs are a result of behavioral specification of modern complex digital systems an...
We present a high-level synthesis framework to synthesize optimized hardware on FPGAs from algorithm...
International audienceHigh-Level Synthesis (HLS) tools are mature enough to provide efficient code g...
This paper concerns automatic hardware synthesis from data flow graph (DFG) specification for fast H...
High-Level Synthesis (HLS) tools generate hardware designs from high-level programming languages. Th...
An analysis of computational pipelines and their optimization methods has been performed. A class of...
This paper addresses the problem of trading-off between the minimization of program and data memory ...
The trade-off between throughput and memory constraints is a common design problem in embedded syste...
The trade-off between throughput and memory constraints is a common design problem in embedded syste...
Traditional techniques for pipeline scheduling in high-level synthe-sis for FPGAs assume an additive...
Abstract- This paper concerns area-efficient automatic hardware architecture synthesis and its optim...
High-level synthesis (HLS) aims at reducing the time-to-market by providing an automated design proc...
Although there are widely known solutions for dataflow-dominated resource constrained high-level syn...
In this paper, we present an automated flow for insertion of pipeline stages in FPGA-based streaming...
This paper introduces a new methodology for pipeline synthesis with applications to data flow high-l...
Large dataflow designs are a result of behavioral specification of modern complex digital systems an...
We present a high-level synthesis framework to synthesize optimized hardware on FPGAs from algorithm...
International audienceHigh-Level Synthesis (HLS) tools are mature enough to provide efficient code g...
This paper concerns automatic hardware synthesis from data flow graph (DFG) specification for fast H...
High-Level Synthesis (HLS) tools generate hardware designs from high-level programming languages. Th...
An analysis of computational pipelines and their optimization methods has been performed. A class of...
This paper addresses the problem of trading-off between the minimization of program and data memory ...
The trade-off between throughput and memory constraints is a common design problem in embedded syste...
The trade-off between throughput and memory constraints is a common design problem in embedded syste...
Traditional techniques for pipeline scheduling in high-level synthe-sis for FPGAs assume an additive...
Abstract- This paper concerns area-efficient automatic hardware architecture synthesis and its optim...
High-level synthesis (HLS) aims at reducing the time-to-market by providing an automated design proc...
Although there are widely known solutions for dataflow-dominated resource constrained high-level syn...
In this paper, we present an automated flow for insertion of pipeline stages in FPGA-based streaming...