Add to ORKG12 pagesInternational audienceThis paper describes a systematic method and an experimental software system for high-level transformations of designs specified at behavioral level. The goal is to transform the initial design specifications into an optimized data flow graph (DFG) better suited for high-level synthesis. The optimizing transformations are based on a canonical Taylor Expansion Diagram (TED) representation, followed by structural transformations of the resulting DFG network. The system is intended for data-flow and computation-intensive designs used in computer graphics and digital signal processing applications
This paper introduces a new methodology for pipeline synthesis with applications to data flow high-l...
In this paper, we describe a comprehensive high-level synthesis system for control-flow intensive as...
Automated hardware design from behavior-level abstraction has drawn wide interest in FPGA-based acce...
12 pagesInternational audienceThis paper describes a systematic method and an experimental software ...
International audienceThis paper describes a systematic method and an experimental software system f...
Optimization of designs specified at higher levels of abstraction than gate-level or register-transf...
This thesis extends the work and application of Taylor Expansion Diagrams (TED) as a framework for h...
International audienceAn original technique to transform functional representation of the design int...
Taylor Expansion Diagram (TED) is a compact, wordlevel, canonical representation for data flow compu...
An original technique to transform functional representation of the design into a structural represe...
TDS is an experimental software system to perform high-level transformations of designs specified at...
The first step in high level synthesis consists of translating a behavioral specification into its c...
As the complexity of integrated circuit systems increases, automated hardware design from higher-lev...
This paper introduces a new methodology for pipeline synthesis with applications to data flow high-l...
This paper presents a novel approach to algebraic optimization of data-flow graphs in the domain o...
This paper introduces a new methodology for pipeline synthesis with applications to data flow high-l...
In this paper, we describe a comprehensive high-level synthesis system for control-flow intensive as...
Automated hardware design from behavior-level abstraction has drawn wide interest in FPGA-based acce...
12 pagesInternational audienceThis paper describes a systematic method and an experimental software ...
International audienceThis paper describes a systematic method and an experimental software system f...
Optimization of designs specified at higher levels of abstraction than gate-level or register-transf...
This thesis extends the work and application of Taylor Expansion Diagrams (TED) as a framework for h...
International audienceAn original technique to transform functional representation of the design int...
Taylor Expansion Diagram (TED) is a compact, wordlevel, canonical representation for data flow compu...
An original technique to transform functional representation of the design into a structural represe...
TDS is an experimental software system to perform high-level transformations of designs specified at...
The first step in high level synthesis consists of translating a behavioral specification into its c...
As the complexity of integrated circuit systems increases, automated hardware design from higher-lev...
This paper introduces a new methodology for pipeline synthesis with applications to data flow high-l...
This paper presents a novel approach to algebraic optimization of data-flow graphs in the domain o...
This paper introduces a new methodology for pipeline synthesis with applications to data flow high-l...
In this paper, we describe a comprehensive high-level synthesis system for control-flow intensive as...
Automated hardware design from behavior-level abstraction has drawn wide interest in FPGA-based acce...