Add to ORKGWe propose in this paper an original design space exploration method for reconfigurable architectures adapted to fine and coarse grain resources. The exploration flow deals with communication hierarchical distribution and processing resources use rate for the architecture under exploration. With this information, designer can explore the architectural design space to define a power-efficient architecture. Exploration results for image computing and cryptography applications are provided to demonstrate the efficiency of the method. 1
One of the major challenges of designing heterogeneous reconfigurable systems is to obtain the maxim...
Single-chip multi-processor embedded system becomes nowadays a feasible and very interesting option....
Incorporating algorithm and architecture level design space exploration in the early phases of the d...
Many academic works in computer engineering focus on reconfigurable architectures and associated too...
In this thesis, we propose a design space exploration method for reconfigurable architectures dedica...
Recon?gurable architectures are becoming increasingly popular as they bear a promise of combining th...
By incorporating reconfigurable hardware in em-bedded system architectures it has become easier to s...
Abstract – Coarse-grained reconfigurable architectures have become more attractive with the increasi...
International audienceBy incorporating reconfigurable hardware in embedded system architectures it h...
We propose that, in order to meet high computational demands, the application development has to be ...
The ever increasing intricacy of the systems and the increasing use of reconfigurble heterogeneous d...
The use of coarse-grain reconfigurable architectures (CGRA) is a suitable alternative for hardware a...
Abstract — The use of coarse-grain reconfigurable architectures (CGRA) is a suitable alternative for...
With the increasing requirements of more flexibility and higher performance in embedded systems desi...
Design decisions, such as type and ratio of functional units, strongly determine the later flexibili...
One of the major challenges of designing heterogeneous reconfigurable systems is to obtain the maxim...
Single-chip multi-processor embedded system becomes nowadays a feasible and very interesting option....
Incorporating algorithm and architecture level design space exploration in the early phases of the d...
Many academic works in computer engineering focus on reconfigurable architectures and associated too...
In this thesis, we propose a design space exploration method for reconfigurable architectures dedica...
Recon?gurable architectures are becoming increasingly popular as they bear a promise of combining th...
By incorporating reconfigurable hardware in em-bedded system architectures it has become easier to s...
Abstract – Coarse-grained reconfigurable architectures have become more attractive with the increasi...
International audienceBy incorporating reconfigurable hardware in embedded system architectures it h...
We propose that, in order to meet high computational demands, the application development has to be ...
The ever increasing intricacy of the systems and the increasing use of reconfigurble heterogeneous d...
The use of coarse-grain reconfigurable architectures (CGRA) is a suitable alternative for hardware a...
Abstract — The use of coarse-grain reconfigurable architectures (CGRA) is a suitable alternative for...
With the increasing requirements of more flexibility and higher performance in embedded systems desi...
Design decisions, such as type and ratio of functional units, strongly determine the later flexibili...
One of the major challenges of designing heterogeneous reconfigurable systems is to obtain the maxim...
Single-chip multi-processor embedded system becomes nowadays a feasible and very interesting option....
Incorporating algorithm and architecture level design space exploration in the early phases of the d...