Add to ORKGA new asynchronous cellular automata model is described.The model provides an experimental and theoretical frame-work to investigate quantitatively realistic simulations.The parallel execution of such simulations introduces theneed of synchronisation of the asynchronous parallel processes. Time Warp is proposed as a synchronisation method for the parallel asynchronous cellular automata.We introduce two new extensions to the Time Warp method to make the method more effective for the application to parallel simulation of asynchronous cellular automata
International audienceResearch on asynchronous cellular automata has received a great amount of atte...
Abstract. Recently, there has been a resurgence of interest in asynchronous design techniques. The r...
International audienceThe paper after briefly surveying main asynchronous models in cellular automat...
The two main approaches to parallel discrete event simulation – conservative and optimistic- are lik...
This master thesis deals with the realization of a simulator based on asynchronous cellular automata...
An abstraction called space-time memory is discussed that allows parallel discrete event simulation ...
Two cellular automata based computer simulations: an immune network model on one hand and the classi...
Simulating artificial life is a computationally demanding task as quite large systems need to be mod...
One of the prominent features of the Cellular Automata (CA) model is its synchronous mode of operati...
In recent years we have seen many generalizations of the well-known Firing Squad Synchronization pro...
In recent years we have seen many generalizations of the well-known Firing Squad Synchronization pro...
This study will investigate floating-point asynchronous cellular automata models implemented on Fiel...
AbstractA model (called the polyautomaton) of a general digital system is defined and the following ...
Traditionally, parallel discrete-event simulators based on the Time Warp synchronization protocol ha...
One of the prominent features of the Cellular Automata (CA) model is its synchronous mode of operat...
International audienceResearch on asynchronous cellular automata has received a great amount of atte...
Abstract. Recently, there has been a resurgence of interest in asynchronous design techniques. The r...
International audienceThe paper after briefly surveying main asynchronous models in cellular automat...
The two main approaches to parallel discrete event simulation – conservative and optimistic- are lik...
This master thesis deals with the realization of a simulator based on asynchronous cellular automata...
An abstraction called space-time memory is discussed that allows parallel discrete event simulation ...
Two cellular automata based computer simulations: an immune network model on one hand and the classi...
Simulating artificial life is a computationally demanding task as quite large systems need to be mod...
One of the prominent features of the Cellular Automata (CA) model is its synchronous mode of operati...
In recent years we have seen many generalizations of the well-known Firing Squad Synchronization pro...
In recent years we have seen many generalizations of the well-known Firing Squad Synchronization pro...
This study will investigate floating-point asynchronous cellular automata models implemented on Fiel...
AbstractA model (called the polyautomaton) of a general digital system is defined and the following ...
Traditionally, parallel discrete-event simulators based on the Time Warp synchronization protocol ha...
One of the prominent features of the Cellular Automata (CA) model is its synchronous mode of operat...
International audienceResearch on asynchronous cellular automata has received a great amount of atte...
Abstract. Recently, there has been a resurgence of interest in asynchronous design techniques. The r...
International audienceThe paper after briefly surveying main asynchronous models in cellular automat...