This paper presents a general system-level simulation and testing methodology for reconfigurable System-on-Chips, starting from behavioral specifications of system activities to multilevel simulations of accelerated tasks running on the reconfigurable circuit. The system is based on a common objectoriented environment that offers valuable debugging and probing facilities as well as integrated testing features. Our system brings these benefits to the hardware simulation, while enforcing validation through characterization tests and interoperability through on-demand mainstream tools connections. This framework has been partially developed in the scope of the EU Morpheus project and is used to validate our contribution to the spatial design t...
One of the major challenges of designing heterogeneous reconfigurable systems is to obtain the maxim...
Simulation provides the ability to obtain results from, and analyse, a system without physically bui...
Industry trends indicate that many-core heterogeneous processors will be the next-generation answer ...
A clock-accurate simulation platform is proposed for performance evaluation of reconfigurable proces...
Abstract—This article presents an interactive simulation environment for high level models intended ...
Concevoir un système embarqué implique de trouver un compromis algorithme/architecture en fonction d...
High-performance reconfigurable computers (HPRCs) provide a mix of standard processors and FPGAs to ...
Design Space Exploration (DSE) of an application running on a Multi-Processor System-on-Chip (MPSoC)...
In specific domains, such as cyber-physical systems, platforms are quickly evolving to include multi...
Designing an embedded system implies to look for the right algorithm/architecture compromise dependi...
The process of designing parallel and distributed computer systems requires predicting performance i...
A high-level simulation is a significant part of the multicore system-on-chip (SoC) software develop...
The high complexity of modern embedded systems impels designers of such systems to model and simulat...
ISBN : 978-2-84813-142-9Current Multi-Processor System-On-Chips (MPSoCs) architectures benefit from ...
Summarization: The breakdown of Dennard scaling coupled with the persistently growing transistor cou...
One of the major challenges of designing heterogeneous reconfigurable systems is to obtain the maxim...
Simulation provides the ability to obtain results from, and analyse, a system without physically bui...
Industry trends indicate that many-core heterogeneous processors will be the next-generation answer ...
A clock-accurate simulation platform is proposed for performance evaluation of reconfigurable proces...
Abstract—This article presents an interactive simulation environment for high level models intended ...
Concevoir un système embarqué implique de trouver un compromis algorithme/architecture en fonction d...
High-performance reconfigurable computers (HPRCs) provide a mix of standard processors and FPGAs to ...
Design Space Exploration (DSE) of an application running on a Multi-Processor System-on-Chip (MPSoC)...
In specific domains, such as cyber-physical systems, platforms are quickly evolving to include multi...
Designing an embedded system implies to look for the right algorithm/architecture compromise dependi...
The process of designing parallel and distributed computer systems requires predicting performance i...
A high-level simulation is a significant part of the multicore system-on-chip (SoC) software develop...
The high complexity of modern embedded systems impels designers of such systems to model and simulat...
ISBN : 978-2-84813-142-9Current Multi-Processor System-On-Chips (MPSoCs) architectures benefit from ...
Summarization: The breakdown of Dennard scaling coupled with the persistently growing transistor cou...
One of the major challenges of designing heterogeneous reconfigurable systems is to obtain the maxim...
Simulation provides the ability to obtain results from, and analyse, a system without physically bui...
Industry trends indicate that many-core heterogeneous processors will be the next-generation answer ...