Synchronization and Time management are the important mechanisms for the parallel discrete event simulation. Time management ensures events are executed in the correct order without any repeated execution. Synchronization management is important in ensuring faster execution of synchronization procedure and while reducing the wait time for synchronization. In this paper, we studied about predicting the synchronization points, Global Virtual Time (GVT) using a speculative computation mechanism. For our study, we considered Breathing Time Bucket algorithm and applied the prediction mechanism controlled over weighted moving time window. Finally, we analytically compute and analyze the performance of the algorithm
The increasing diffusion of shared-memory multi core machines has given rise to a change in the desi...
AbstractIn simulations running in parallel, the processors would have to synchronize with other proc...
It is shown that distributed termination detection algorithms can be transformed into e cient algori...
Abstract. This paper presents a new Global Virtual Time (GVT) algorithm, called TQ-GVT that is at th...
A novel synchronisation algorithm is presented for distributed discrete-event simula-tion (DDES), ca...
In this paper we make an analogy between the time that storage must be maintained in an optimistic s...
Exploiting an efficient scheme for parallel discrete event simulation requires precise information a...
Taking advantage of computing capabilities offered by modern parallel and distributed architectures ...
Taking advantage of computing capabilities offered by modern parallel and distributed architectures ...
In previous work we presented the DTRD algorithm, an optimistic synchronization algorithm for parall...
Discrete event simulation is an important tool for modeling and analysis. Some of the simulation app...
Discrete event simulation is an important tool for evaluating system models in many fields of scienc...
Discrete Event Simulation (DES) can be an important tool across various domains such as Engineering,...
Global Virtual Time (GVT) is a powerful abstraction used to discriminate what events belong (and wha...
This paper describes issues concerning the design of an optimistic parallel discrete event simulatio...
The increasing diffusion of shared-memory multi core machines has given rise to a change in the desi...
AbstractIn simulations running in parallel, the processors would have to synchronize with other proc...
It is shown that distributed termination detection algorithms can be transformed into e cient algori...
Abstract. This paper presents a new Global Virtual Time (GVT) algorithm, called TQ-GVT that is at th...
A novel synchronisation algorithm is presented for distributed discrete-event simula-tion (DDES), ca...
In this paper we make an analogy between the time that storage must be maintained in an optimistic s...
Exploiting an efficient scheme for parallel discrete event simulation requires precise information a...
Taking advantage of computing capabilities offered by modern parallel and distributed architectures ...
Taking advantage of computing capabilities offered by modern parallel and distributed architectures ...
In previous work we presented the DTRD algorithm, an optimistic synchronization algorithm for parall...
Discrete event simulation is an important tool for modeling and analysis. Some of the simulation app...
Discrete event simulation is an important tool for evaluating system models in many fields of scienc...
Discrete Event Simulation (DES) can be an important tool across various domains such as Engineering,...
Global Virtual Time (GVT) is a powerful abstraction used to discriminate what events belong (and wha...
This paper describes issues concerning the design of an optimistic parallel discrete event simulatio...
The increasing diffusion of shared-memory multi core machines has given rise to a change in the desi...
AbstractIn simulations running in parallel, the processors would have to synchronize with other proc...
It is shown that distributed termination detection algorithms can be transformed into e cient algori...