Parallel Discrete Event Simulation for Multi-Core Systems: Analysis and Optimization

Hardware acceleration for conservative parallel discrete event simulation on multi-core systems

Structured Parallel Simulation of Discrete-Event Systems

Parallel simulation has not been widely accepted by the simulation practitioners due to the lack of language support and tools necessary for developing eecient parallel simulators. This paper describes the design of SPaDES (Structured Parallel Discrete-Event Simulation), a struc-tured parallel simulation workbench for developing portable simulation models, and a platform for designing experimen...

Parallel Discrete Event Simulation

In simulating applications for execution on specific computing systems, the simulation performance figures must be known in a short period of time. One basic approach to the problem of reducing the required simulation time is the exploitation of parallelism. However, in parallelizing the simulation new problems arise. Due to the distributed generation of events causality errors can occur, as a ...

Parallel Discrete-Event Simulation

Parallel discrete-event simulation (PDES), simply referred to as parallel simulation, is concerned with the execution of discrete-event simulation on parallel computers. PDES has been recognized as a challenging research field bridging between modeling and simulation, and high-performance computing. By exploiting the potential parallelism in a simulation model, PDES can overcome the limitations...

Thesis Proposal: Out-Of-Core Parallel Discrete-Event Simulation

With today’s processor speeds and the current state of parallel discrete-event simulation, the amount of available physical memory is now the limiting factor in determining the size of some simulations. This does not need to be true. We believe it is possible to run many simulations in an out-of-core setting. Out-of-core techniques have been applied to other areas in order to efficiently use di...