We investigate the performance of the Time Warp kernel APSIS when running on various communication layers, in particular on a wide-area Grid. Several cancellation strategies are tried, among them the lazy cancellation and a little known bulk anti-messages optimisation. Our experiments with an Ising spin simulation indicate that the slowdown caused by high latency networks, while signi.cant, is not catastrophic, and that it can be significantly reduced using the lazy cancellation. Experiments suggest that further improvements can be expected if a more elaborate communication infrastructure is put in plac
We present, in this paper, an algorithm which integrates flow control and dynamic load balancing in ...
Optimistic simulation (or Time Warp) is one of the two major techniques employed in parallel (distri...
Time warp is a well-known optimistic mechanism for parallel execution of simulation programs. Implem...
The performance of Time Warp parallel discrete event simulators can be affected by the cancellation ...
The authors study the adaptation of an optimistic Time Warp kernel to cross-cluster computing on the...
Time Warp parallel simulations need efficient schemes to cancel erroneous event messages in order to...
There are two major approaches to performing distributed discrete event simulation (DDES): the conse...
For optimistic distributed simulations, in [7], a single-message cancellation scheme simulation was ...
Time Warp is known for its ability to maximize the exploitation of the parallelism inherent in a sim...
Journal ArticleA variation of the Time Warp parallel discrete event simulation mechanism is presente...
The speedup obtainable with Time Warp parallel discrete-event simulation varies greatly with the cha...
We experimentally evaluate the performance of the Time Warp mechanism when only a limited amount of ...
This paper describes an object-oriented Time Warp (TW) mechanism which supports general parallel sim...
Several techniques have been proposed to improve the performance of Parallel Discrete Event Simulati...
This paper presents an analytical model for evaluating the performance of Time Warp simulators. The ...
We present, in this paper, an algorithm which integrates flow control and dynamic load balancing in ...
Optimistic simulation (or Time Warp) is one of the two major techniques employed in parallel (distri...
Time warp is a well-known optimistic mechanism for parallel execution of simulation programs. Implem...
The performance of Time Warp parallel discrete event simulators can be affected by the cancellation ...
The authors study the adaptation of an optimistic Time Warp kernel to cross-cluster computing on the...
Time Warp parallel simulations need efficient schemes to cancel erroneous event messages in order to...
There are two major approaches to performing distributed discrete event simulation (DDES): the conse...
For optimistic distributed simulations, in [7], a single-message cancellation scheme simulation was ...
Time Warp is known for its ability to maximize the exploitation of the parallelism inherent in a sim...
Journal ArticleA variation of the Time Warp parallel discrete event simulation mechanism is presente...
The speedup obtainable with Time Warp parallel discrete-event simulation varies greatly with the cha...
We experimentally evaluate the performance of the Time Warp mechanism when only a limited amount of ...
This paper describes an object-oriented Time Warp (TW) mechanism which supports general parallel sim...
Several techniques have been proposed to improve the performance of Parallel Discrete Event Simulati...
This paper presents an analytical model for evaluating the performance of Time Warp simulators. The ...
We present, in this paper, an algorithm which integrates flow control and dynamic load balancing in ...
Optimistic simulation (or Time Warp) is one of the two major techniques employed in parallel (distri...
Time warp is a well-known optimistic mechanism for parallel execution of simulation programs. Implem...