To fast evaluate HW/SW implementation of multiprocessor SoC communication, we present a method to simulate operating systems (OSs) on a simulation host without running instruction set simulators and generic OS simulation models. The method enables fast timed OS simulation including the preemption of task execution. Together with the fast simulation of synthesizable HW code (e.g. in synthesizable C), it will enable fast evaluation of HW/SW implementation of multiprocessor SoC communication
Hardware/Software cosimulation is the key process to shorten the design turn around time. We have pr...
The behaviour of a real-time system can be validated at the system level by means of a real-time ope...
The behaviour of a real-time system can be validated at the system level by means of a real-time ope...
International audienceTo enable fast and accurate evaluation of HW/SW implementation choices of on-c...
We present a method of timed HW-SW cosimulation which uses native execution of OS and application SW...
The early validation of modern SoC is not anymore feasible using traditional cycle-accurate cosimula...
Cosimulation strategies allow us to simulate and verify HW/SW embedded systems before the real platf...
Cosimulation strategies allow us to simulate and verify HW/SW embedded systems before the real platf...
Cosimulation strategies allow us to simulate and verify HW/SW embedded systems before the real platf...
We propose a methodology to perform early design stage validation of hardware/software (HW/SW) syste...
Modern electronic system design is based on integrating heterogeneous components ( mu P, DSP, ASIC, ...
Co-simulation strategies allow to simulate and verify HW/SW embedded systems before the real platfor...
Timing analysis for checking satisfaction of constraints is a crucial problem in real-time system de...
The paper presents a system level co-simulation methodology for modeling, validating, and analyzing ...
In this paper, we present two approaches to improving the performance of single-processor timed cosi...
Hardware/Software cosimulation is the key process to shorten the design turn around time. We have pr...
The behaviour of a real-time system can be validated at the system level by means of a real-time ope...
The behaviour of a real-time system can be validated at the system level by means of a real-time ope...
International audienceTo enable fast and accurate evaluation of HW/SW implementation choices of on-c...
We present a method of timed HW-SW cosimulation which uses native execution of OS and application SW...
The early validation of modern SoC is not anymore feasible using traditional cycle-accurate cosimula...
Cosimulation strategies allow us to simulate and verify HW/SW embedded systems before the real platf...
Cosimulation strategies allow us to simulate and verify HW/SW embedded systems before the real platf...
Cosimulation strategies allow us to simulate and verify HW/SW embedded systems before the real platf...
We propose a methodology to perform early design stage validation of hardware/software (HW/SW) syste...
Modern electronic system design is based on integrating heterogeneous components ( mu P, DSP, ASIC, ...
Co-simulation strategies allow to simulate and verify HW/SW embedded systems before the real platfor...
Timing analysis for checking satisfaction of constraints is a crucial problem in real-time system de...
The paper presents a system level co-simulation methodology for modeling, validating, and analyzing ...
In this paper, we present two approaches to improving the performance of single-processor timed cosi...
Hardware/Software cosimulation is the key process to shorten the design turn around time. We have pr...
The behaviour of a real-time system can be validated at the system level by means of a real-time ope...
The behaviour of a real-time system can be validated at the system level by means of a real-time ope...