International audienceThe increasing complexity of system-on-chip design especially the software part of those systems has stimulated much research work on design space exploration at the early stages of system development. In this paper we propose a new methodology for system modeling based on a specific UML profile. It defines a high design abstraction level for modeling and analyzing hardware resource sharing between system elements. Additionally, a SystemC-based simulator is developed in order to simulate modeled systems and evaluate their performance. Due to the high level of abstraction, the developed simulator enables fast exploration of design solutions. First promising results are presented and discussed over a mobile platform for ...
This paper presents a prototype environment for HW/SW co--design of embedded systems based on the Un...
Unified Modeling Language (UML) allows software engineers to use a standard way of expressing a desi...
The development of digital designs today is much more complex than before, as they now impose more s...
International audienceThe increasing complexity of system-on-chip design especially the software par...
International audienceThe increasing complexity of system-on-chip design especially the software par...
International audienceThe increasing complexity of system-on-chip design especially the software par...
International audienceThe increasing complexity of system-on-chip design especially the software p...
In this paper we show how to improve the system level design flow for System-on-Chip currently used ...
Abstract—In this paper, we propose an approach for modeling distributed embedded systems in a holist...
International audienceThe increasing complexity of system-on-chip design and shorter time to market ...
International audienceThe increasing complexity of system-on-chip design and shorter time to market ...
International audienceThe increasing complexity of system-on-chip design and shorter time to market ...
International audienceThe increasing complexity of system-on-chip design and shorter time to market ...
International audienceThe increasing complexity of system-on-chip design and shorter time to market ...
International audienceThe increasing complexity of system-on-chip design and shorter time to market ...
This paper presents a prototype environment for HW/SW co--design of embedded systems based on the Un...
Unified Modeling Language (UML) allows software engineers to use a standard way of expressing a desi...
The development of digital designs today is much more complex than before, as they now impose more s...
International audienceThe increasing complexity of system-on-chip design especially the software par...
International audienceThe increasing complexity of system-on-chip design especially the software par...
International audienceThe increasing complexity of system-on-chip design especially the software par...
International audienceThe increasing complexity of system-on-chip design especially the software p...
In this paper we show how to improve the system level design flow for System-on-Chip currently used ...
Abstract—In this paper, we propose an approach for modeling distributed embedded systems in a holist...
International audienceThe increasing complexity of system-on-chip design and shorter time to market ...
International audienceThe increasing complexity of system-on-chip design and shorter time to market ...
International audienceThe increasing complexity of system-on-chip design and shorter time to market ...
International audienceThe increasing complexity of system-on-chip design and shorter time to market ...
International audienceThe increasing complexity of system-on-chip design and shorter time to market ...
International audienceThe increasing complexity of system-on-chip design and shorter time to market ...
This paper presents a prototype environment for HW/SW co--design of embedded systems based on the Un...
Unified Modeling Language (UML) allows software engineers to use a standard way of expressing a desi...
The development of digital designs today is much more complex than before, as they now impose more s...