The simulation framework VSimRTI provides the integration of multiple heterogeneous simulators to enable V2X application simulations. In order to increase the performance and scalability of complex V2X simulations, a new time management service has been implemented that enables optimistic synchronization in federated simulations. This paper presents the underlying mechanisms as well as the resulting system architecture. To evaluate the improvements that can be achieved, different experiments with highly configurable virtual federates as well as real simulators have been realized. Our experiments show the conditions for an improvement by optimistic synchronization mechanisms and demonstrate the performance increase that can be achieved
Synchronization and Time management are the important mechanisms for the parallel discrete event sim...
In Parallel Discrete Event Simulation (PDES), the simulation model is partitioned into a set of dist...
International audienceThe AMS extensions of SystemC emerged to aid the virtual prototyping of contin...
For the simulation of all aspects of V2X Communication scenarios, different simulators have to be co...
High Level Architecture (HLA)-based simulations employing optimistic synchronization allows federate...
Discrete Event Simulation (DES) can be an important tool across various domains such as Engineering,...
The advent of multi-core machines has lead to the need for revising the architecture of modern simul...
Distributed simulation allows the treatment of large/complex models by having several interacting si...
Parallel Discrete Event Simulation (PDES) is a classical means to achieve high performance simulatio...
In the past decade, the use of distributed algorithms to model simulations is considerably increased...
Parallel Discrete Event Simulation (PDES) is based on the partitioning of the simulation model into ...
In parallel discrete event simulation techniques, the simulation model is partitioned into objects, ...
Traditionally, Logical Processes (LPs) forming a simulation model store their execution information ...
In this paper, we present an approach to improving the performance of timed cosimulation. Our approa...
Synchronization and Time management are the important mechanisms for the parallel discrete event sim...
In Parallel Discrete Event Simulation (PDES), the simulation model is partitioned into a set of dist...
International audienceThe AMS extensions of SystemC emerged to aid the virtual prototyping of contin...
For the simulation of all aspects of V2X Communication scenarios, different simulators have to be co...
High Level Architecture (HLA)-based simulations employing optimistic synchronization allows federate...
Discrete Event Simulation (DES) can be an important tool across various domains such as Engineering,...
The advent of multi-core machines has lead to the need for revising the architecture of modern simul...
Distributed simulation allows the treatment of large/complex models by having several interacting si...
Parallel Discrete Event Simulation (PDES) is a classical means to achieve high performance simulatio...
In the past decade, the use of distributed algorithms to model simulations is considerably increased...
Parallel Discrete Event Simulation (PDES) is based on the partitioning of the simulation model into ...
In parallel discrete event simulation techniques, the simulation model is partitioned into objects, ...
Traditionally, Logical Processes (LPs) forming a simulation model store their execution information ...
In this paper, we present an approach to improving the performance of timed cosimulation. Our approa...
Synchronization and Time management are the important mechanisms for the parallel discrete event sim...
In Parallel Discrete Event Simulation (PDES), the simulation model is partitioned into a set of dist...
International audienceThe AMS extensions of SystemC emerged to aid the virtual prototyping of contin...