Add to ORKGAbstract — The goal of this work is to gain an understanding of the execution characteristics of certain interactive simulations. In order to achieve this, we collected a small benchmark set of physical modeling simulation applications 1. We then extended these to include a userspecified level of detail parameter. Lastly, we explored the behavior of these applications through the SimpleScalar processor simulator. I
this paper are generated by an execution-driven performance simulator [2]. The simulator uses a cycl...
Physical system models, with physically meaningful states and parameters, have become increasingly i...
In order to obtain fast and reliable simulators for nanoelectronic devices, both an algorithmic opti...
The goal of this work was to produce architecture data for a benchmark set of physical modeling appl...
Various parallel computer benchmarking projects have been around since early 1990s but the adopted s...
Fast and accurate microprocessor simulation has long remained a challenge in the design and evaluati...
The importance of the choice of the physical model in computer-aided simulation of nanoelectronic de...
Full-system simulators are increasingly finding their way into the consumer space for the purposes o...
Abstract: This note presents the results of a comparative study done on the popular simulation langu...
When creating physics simulations, one common issue that arises is the need to visualize the simulat...
The use of multiprocessors is an important way to increase the performance of a supercom-puting pr...
We acknowledge funding by the EPSRC grant PAMELA EP/K008730/1.Full-system simulators are increasingl...
Abstract. Complex physical systems can often be simulated using very high resolution models but this...
Simulation solves real world problems safely and intelligently. It is a convenient analysis tool: it...
Simulation solves real world problems safely and intelligently. It is a convenient analysis tool: it...
this paper are generated by an execution-driven performance simulator [2]. The simulator uses a cycl...
Physical system models, with physically meaningful states and parameters, have become increasingly i...
In order to obtain fast and reliable simulators for nanoelectronic devices, both an algorithmic opti...
The goal of this work was to produce architecture data for a benchmark set of physical modeling appl...
Various parallel computer benchmarking projects have been around since early 1990s but the adopted s...
Fast and accurate microprocessor simulation has long remained a challenge in the design and evaluati...
The importance of the choice of the physical model in computer-aided simulation of nanoelectronic de...
Full-system simulators are increasingly finding their way into the consumer space for the purposes o...
Abstract: This note presents the results of a comparative study done on the popular simulation langu...
When creating physics simulations, one common issue that arises is the need to visualize the simulat...
The use of multiprocessors is an important way to increase the performance of a supercom-puting pr...
We acknowledge funding by the EPSRC grant PAMELA EP/K008730/1.Full-system simulators are increasingl...
Abstract. Complex physical systems can often be simulated using very high resolution models but this...
Simulation solves real world problems safely and intelligently. It is a convenient analysis tool: it...
Simulation solves real world problems safely and intelligently. It is a convenient analysis tool: it...
this paper are generated by an execution-driven performance simulator [2]. The simulator uses a cycl...
Physical system models, with physically meaningful states and parameters, have become increasingly i...
In order to obtain fast and reliable simulators for nanoelectronic devices, both an algorithmic opti...