Timing simulation is a key element in multicore systems design. It enables a fast and cost effective design space exploration, allowing to simulate new architectural improvements without requiring RTL abstraction levels. Timing simulation also allows software developers to perform early testing of the timing behavior of their software without the need of buying the actual physical board, which can be very expensive when the board uses non-COTS technology. In this paper we present the validation of a timing simulator for the NGMP multicore processor, which is a 4 core processor being developed to become the reference platform for future missions of the European Space Agency.The research leading to these results has received funding from the ...
simulation toolset to characterize and evaluate the performance of multiprocessor hardware systems c...
This talk presents the general landscape of timing analysis as it is being used today in the design ...
Since the design validation and correction cost is drastically increasing as the design steps procee...
Timing simulation is a key element in multicore systems design. It enables a fast and cost effective...
Multi-core processors are increasingly being considered as a means to provide the performance requir...
This paper presents a modelling approach for the timing behavior of real-time embedded systems (RTES...
Critical Real-Time Embedded Systems (CRTES) follow a verification and validation process on the timi...
The ability to produce early guaranteed performance (worst-case execution time) estimates for multic...
Processor simulators rely on detailed timing models of the processor pipeline to evaluate performanc...
Hardware simulation remains the most widely used technique for functional and timing verification an...
textWith increasing complexity and software content, modern embedded platforms employ a heterogeneou...
The demand for increased computing performance is driving industry in critical-embedded systems (CES...
Embedded real-time systems like those found in automotive, rail and aerospace, steadily require high...
Hardware simulation remains the most widely used technique for functional and timing verification an...
International audienceIn the early design phase of embedded systems, discrete-event simulation is ex...
simulation toolset to characterize and evaluate the performance of multiprocessor hardware systems c...
This talk presents the general landscape of timing analysis as it is being used today in the design ...
Since the design validation and correction cost is drastically increasing as the design steps procee...
Timing simulation is a key element in multicore systems design. It enables a fast and cost effective...
Multi-core processors are increasingly being considered as a means to provide the performance requir...
This paper presents a modelling approach for the timing behavior of real-time embedded systems (RTES...
Critical Real-Time Embedded Systems (CRTES) follow a verification and validation process on the timi...
The ability to produce early guaranteed performance (worst-case execution time) estimates for multic...
Processor simulators rely on detailed timing models of the processor pipeline to evaluate performanc...
Hardware simulation remains the most widely used technique for functional and timing verification an...
textWith increasing complexity and software content, modern embedded platforms employ a heterogeneou...
The demand for increased computing performance is driving industry in critical-embedded systems (CES...
Embedded real-time systems like those found in automotive, rail and aerospace, steadily require high...
Hardware simulation remains the most widely used technique for functional and timing verification an...
International audienceIn the early design phase of embedded systems, discrete-event simulation is ex...
simulation toolset to characterize and evaluate the performance of multiprocessor hardware systems c...
This talk presents the general landscape of timing analysis as it is being used today in the design ...
Since the design validation and correction cost is drastically increasing as the design steps procee...