this paper we present a synchronous, parallel, event-driven approach (SPaDES). It differs from previous approaches in many ways: (1) it contains a single, global synchronization operation per simulation phase; (2) it introduces a minimum number of kernel operations into the simulation; (3) it allows for efficient processor self-scheduling; and (4) it aggressively exposes parallelism onl
Abstract—Parallel Discrete Event Simulation (PDES) can substantially improve the performance and cap...
In this paper, a programming model is presented which enables scalable parallel performance on multi...
We present a novel micro-kernel approach to parallel/distributed simulation. Using the micro-kernel ...
Computer architects heavily rely on software simulation to evaluate new and existing processor desig...
Parallel simulation has the potential to accelerate the execution of simulation applications. Howeve...
This paper describes an object oriented simulator model for parallel computer systems that is design...
Multi-core design for CPU is the recent trend and we believe the trend will continue in near future....
Simulation is a powerful technique to represent the evolution of realworld phenomena or systems ove...
Abstract – Parallel simulation methods suffer from serious communication and synchronization overhea...
The fast simulation of chip multiprocessors (CMPs) presents a critical challenge to the architecture...
Abstract—Multi-core processors are commonly available now, but most traditional computer architectur...
In this thesis, a new parallel synchronization mechanism, XTW, is proposed. XTW is designed for the ...
Parallel Discrete Event Simulation (PDES) is a classical means to achieve high performance simulatio...
This paper describes the details of a hardware realization of a framework to support parallel discre...
Chapter from Fast Simulation of Computer Architectures, eds. Thomas M. Conte and Charles E. Gimarc. ...
Abstract—Parallel Discrete Event Simulation (PDES) can substantially improve the performance and cap...
In this paper, a programming model is presented which enables scalable parallel performance on multi...
We present a novel micro-kernel approach to parallel/distributed simulation. Using the micro-kernel ...
Computer architects heavily rely on software simulation to evaluate new and existing processor desig...
Parallel simulation has the potential to accelerate the execution of simulation applications. Howeve...
This paper describes an object oriented simulator model for parallel computer systems that is design...
Multi-core design for CPU is the recent trend and we believe the trend will continue in near future....
Simulation is a powerful technique to represent the evolution of realworld phenomena or systems ove...
Abstract – Parallel simulation methods suffer from serious communication and synchronization overhea...
The fast simulation of chip multiprocessors (CMPs) presents a critical challenge to the architecture...
Abstract—Multi-core processors are commonly available now, but most traditional computer architectur...
In this thesis, a new parallel synchronization mechanism, XTW, is proposed. XTW is designed for the ...
Parallel Discrete Event Simulation (PDES) is a classical means to achieve high performance simulatio...
This paper describes the details of a hardware realization of a framework to support parallel discre...
Chapter from Fast Simulation of Computer Architectures, eds. Thomas M. Conte and Charles E. Gimarc. ...
Abstract—Parallel Discrete Event Simulation (PDES) can substantially improve the performance and cap...
In this paper, a programming model is presented which enables scalable parallel performance on multi...
We present a novel micro-kernel approach to parallel/distributed simulation. Using the micro-kernel ...