Add to ORKGAs reconfigurable computing solutions are emerging at the hardware level, there is an obvious need for well adapted design tools. This paper describes a research effort currently in progress that tries to address this problem. The EPICURE framework is a new global methodology based on the cooperation of tools adapted for the design of embedded Hardware/Software reconfigurable solutions. Among the many problems in this field, the EPICURE projects focuses on the following: a/ A specification methodology that helps handling the system control and Hardware reconfiguration. b/ Exploration and estimation tools that address the parallelism and architecture exploration phase. c/ A Hardware/Software partitioning method based on a genetic algorithm w...
Abstract—The growing complexity and diversity of embedded systems—combined with continuing demands f...
The latest development of the electronic system production technology leads to new design approaches...
This thesis addresses the use of reconfigurable hardware in computing platforms, in order to harness...
As reconfigurable computing solutions are emerging at the hardware level, there is an obvious need f...
This paper presents a new design methodology able to bridge the gap between an abstract specificatio...
This paper presents a new global design methodology capable to bridge the gap between an abstract sp...
This paper presents a Genetic Algorithm (GA) based approach for Hardware/Software partitioning targe...
The growing complexity and diversity of embedded systems—combined with continuing demands for higher...
The growing complexity and diversity of embedded systems-combined with continuing demands for higher...
Heterogeneous reconfigurable systems provide drastically higher performance and lower power consumpt...
International audienceMany reconfigurable hardware architectures have been proposed so far, ranging ...
This paper describes an approach to hardware /software design space exploration for reconfigurable p...
Abstract—The growing complexity and diversity of embedded systems—combined with continuing demands f...
The latest development of the electronic system production technology leads to new design approaches...
This thesis addresses the use of reconfigurable hardware in computing platforms, in order to harness...
As reconfigurable computing solutions are emerging at the hardware level, there is an obvious need f...
This paper presents a new design methodology able to bridge the gap between an abstract specificatio...
This paper presents a new global design methodology capable to bridge the gap between an abstract sp...
This paper presents a Genetic Algorithm (GA) based approach for Hardware/Software partitioning targe...
The growing complexity and diversity of embedded systems—combined with continuing demands for higher...
The growing complexity and diversity of embedded systems-combined with continuing demands for higher...
Heterogeneous reconfigurable systems provide drastically higher performance and lower power consumpt...
International audienceMany reconfigurable hardware architectures have been proposed so far, ranging ...
This paper describes an approach to hardware /software design space exploration for reconfigurable p...
Abstract—The growing complexity and diversity of embedded systems—combined with continuing demands f...
The latest development of the electronic system production technology leads to new design approaches...
This thesis addresses the use of reconfigurable hardware in computing platforms, in order to harness...