International audienceIn high-level hardware synthesis (HLS), there is a gap in the quality of the synthesized results between data-flow and control-flow dominated behavioral descriptions. Heuristics destined for the former usually perform poorly on the latter. To close this gap, the CODESIS interactive HLS tool relies on a unifying intermediate design representation and adapted heuristics that are able to accommodate both types of designs, as well as designs of a mixed data-flow and control-flow nature. Preliminary experimental results in mutual exclusiveness detection and in efficiently scheduling conditional behaviors, are encouraging and prompt for more extensive experimentation
High-Level Synthesis (HLS) tools generate hardware designs from high-level programming languages. Th...
AbstractProgram slicing is a software analysis technique and generates System Dependence Graphs (SDG...
In this paper, we describe a comprehensive high-level synthe-sis system for control-flow intensive a...
International audienceIn high-level hardware synthesis (HLS), there is a gap in the quality of the s...
In high-level hardware synthesis (HLS) there is a gap on the quality of the synthesized results betw...
International audienceAs hardware designs get increasingly complex and time-to-market constraints ge...
This paper presents global high-level synthesis (HLS) approach which addresses the problem of synthe...
The computations of a system whose behavior varies depending on the value of some conditions may pre...
The automated synthesis of a design from its behavioral description, known as high level synthesis, ...
Abstract: System Dependence Graph (SDG) is a graph representation which shows dependencies among sta...
Heuristics play a great role in design creativity and learning. There is generally no systematic met...
Identifying mutual exclusiveness between operators during behavioral synthesis is important in order...
We present two novel strategies to increase the scope for application of speculative code motions: (...
In this paper, we describe a comprehensive high-level synthesis system for control-flow intensive as...
Although there are widely known solutions for dataflow-dominated resource constrained high-level syn...
High-Level Synthesis (HLS) tools generate hardware designs from high-level programming languages. Th...
AbstractProgram slicing is a software analysis technique and generates System Dependence Graphs (SDG...
In this paper, we describe a comprehensive high-level synthe-sis system for control-flow intensive a...
International audienceIn high-level hardware synthesis (HLS), there is a gap in the quality of the s...
In high-level hardware synthesis (HLS) there is a gap on the quality of the synthesized results betw...
International audienceAs hardware designs get increasingly complex and time-to-market constraints ge...
This paper presents global high-level synthesis (HLS) approach which addresses the problem of synthe...
The computations of a system whose behavior varies depending on the value of some conditions may pre...
The automated synthesis of a design from its behavioral description, known as high level synthesis, ...
Abstract: System Dependence Graph (SDG) is a graph representation which shows dependencies among sta...
Heuristics play a great role in design creativity and learning. There is generally no systematic met...
Identifying mutual exclusiveness between operators during behavioral synthesis is important in order...
We present two novel strategies to increase the scope for application of speculative code motions: (...
In this paper, we describe a comprehensive high-level synthesis system for control-flow intensive as...
Although there are widely known solutions for dataflow-dominated resource constrained high-level syn...
High-Level Synthesis (HLS) tools generate hardware designs from high-level programming languages. Th...
AbstractProgram slicing is a software analysis technique and generates System Dependence Graphs (SDG...
In this paper, we describe a comprehensive high-level synthe-sis system for control-flow intensive a...