Fast evaluation of functional and timing properties is becoming a key factor to enable cost-effective exploration of mixed hw/sw design alternatives for embedded applications The goal of this paper is to present a modeling strategy to specific, functionality and timing properties of uncommitted mixed hw/sw, systems In addition, the paper proposes a simulation algorithm able to perform fast high-level simulation of the system by taking into account the initial hw vs sly allocation of system modules. The related CAD simulation environment allows the designer to access profiling information which can be useful to remodel the system to meet the functional/timing goals as well as to drive the following hw vs su, partitioning activity. Experiment...
Unified Modeling Language (UML) extensions for real time embedded systems (RTES) co-design, are taki...
Efficient evaluation of design choices, in terms of selec-tion of algorithms to be implemented as ha...
The consideration of an embedded device’s power consumption and its management is increasingly impor...
Fast evaluation of functional and timing properties is becoming a key factor to enable cost-effectiv...
Steady growing in demand of fast turnaround time is going to shift as much as possible the system tu...
Hardware-software co-design in becoming a ''must'' for many embedded applications requiring to trade...
We propose a methodology to perform early design stage validation of hardware/software (HW/SW) syste...
Outlining the general characteristics of embedded systems is an arduous task. In fact, the design of...
Cars, trains, trucks, telecom networks and industrial robots are examples of products relying on com...
The design of an embedded system is a process where the timing of the architecture should rake into ...
Modern electronic system design is based on integrating heterogeneous components ( mu P, DSP, ASIC, ...
This paper presents a novel approach for integration of multiple tools and phases used in embedded s...
Unified Modeling Language (UML) extensions for real time embedded systems (RTES) co-design, are taki...
Efficient evaluation of design choices, in terms of selec-tion of algorithms to be implemented as ha...
The consideration of an embedded device’s power consumption and its management is increasingly impor...
Fast evaluation of functional and timing properties is becoming a key factor to enable cost-effectiv...
Steady growing in demand of fast turnaround time is going to shift as much as possible the system tu...
Hardware-software co-design in becoming a ''must'' for many embedded applications requiring to trade...
We propose a methodology to perform early design stage validation of hardware/software (HW/SW) syste...
Outlining the general characteristics of embedded systems is an arduous task. In fact, the design of...
Cars, trains, trucks, telecom networks and industrial robots are examples of products relying on com...
The design of an embedded system is a process where the timing of the architecture should rake into ...
Modern electronic system design is based on integrating heterogeneous components ( mu P, DSP, ASIC, ...
This paper presents a novel approach for integration of multiple tools and phases used in embedded s...
Unified Modeling Language (UML) extensions for real time embedded systems (RTES) co-design, are taki...
Efficient evaluation of design choices, in terms of selec-tion of algorithms to be implemented as ha...
The consideration of an embedded device’s power consumption and its management is increasingly impor...