Scheduling, resource allocation and binding are traditionally classified as behavioral synthesis tasks. However, advanced RTL synthesis tools could execute the last two tasks. Hence, an overlap of functionality will be found in most new design environments. In this paper, we present a new design flow with flexible frontiers between behavioral and RTL synthesis tools. Our results show that it is worth to give the designer this extended degree of freedom, since the best solution is not always the result of a specific design flow
This thesis describes a new approach to behavioral synthesis which allows for designer interaction a...
In this report we describe the design process for behavioral synthesis from VHDL descriptions. The d...
The output of high-level synthesis typically consists of a netlist of generic RTL components and a s...
International audienceScheduling, ressource allocation and binding are traditionally classified as b...
Behavioral synthesis takes an algorithmic description of the circuit where there is neither clock in...
This paper analyzes the reasons why behavioral synthesis was never widely accepted by designers, and...
By allowing higher-level descriptions, behavioral synthesis helps to cope with the growing chips\u27...
Abstract Much eort in RTL design has been devoted to developing \push-button" types of tools. H...
Analyzes the reasons why behavioral synthesis was never widely accepted by designers, and then propo...
This paper describes the experience and the lessons learned during the design of an ATM traffic shap...
The importance of effective and efficient accounting of layout effects is well-established in High-L...
Behavioral synthesis that takes into consideration real components as well as timing constraints is ...
The objective of this thesis is the elaboration of a new design methodology for the behavioral synth...
Traditionally, high-level synthesis (HLS) has been a fully automatic process over which the user has...
By mixing design styles during synthesis of RTL components such as adders, multipliers, and ALUs, it...
This thesis describes a new approach to behavioral synthesis which allows for designer interaction a...
In this report we describe the design process for behavioral synthesis from VHDL descriptions. The d...
The output of high-level synthesis typically consists of a netlist of generic RTL components and a s...
International audienceScheduling, ressource allocation and binding are traditionally classified as b...
Behavioral synthesis takes an algorithmic description of the circuit where there is neither clock in...
This paper analyzes the reasons why behavioral synthesis was never widely accepted by designers, and...
By allowing higher-level descriptions, behavioral synthesis helps to cope with the growing chips\u27...
Abstract Much eort in RTL design has been devoted to developing \push-button" types of tools. H...
Analyzes the reasons why behavioral synthesis was never widely accepted by designers, and then propo...
This paper describes the experience and the lessons learned during the design of an ATM traffic shap...
The importance of effective and efficient accounting of layout effects is well-established in High-L...
Behavioral synthesis that takes into consideration real components as well as timing constraints is ...
The objective of this thesis is the elaboration of a new design methodology for the behavioral synth...
Traditionally, high-level synthesis (HLS) has been a fully automatic process over which the user has...
By mixing design styles during synthesis of RTL components such as adders, multipliers, and ALUs, it...
This thesis describes a new approach to behavioral synthesis which allows for designer interaction a...
In this report we describe the design process for behavioral synthesis from VHDL descriptions. The d...
The output of high-level synthesis typically consists of a netlist of generic RTL components and a s...