Abstract. The research goal is to develop a large-scale agent-based simulation environment to support implementations of Internet simulation applications. The Small Worlds (SW) graphs are used to model Web sites and social networks of Internet users. Each vertex represents the identity of a simple agent. In order to cope with scalability issues, we have to consider distributed parallel processing. The focus of this paper is to present two parallel-distributed algorithms for the construction of a particular type of SW graph called -model. The first algorithm serializes the graph construction, while the second constructs the graph in parallel
Code and simulation results for the article "Scalable parallel and distributed simulation of an epid...
International audienceMulti-Agent Systems (MAS) are naturally good candidates for large-scale parall...
Efficiently processing large graphs is challenging, since parallel graph algorithms suffer from poor...
The research goal is to develop a large-scale agent-based simulation environment to support implemen...
We discuss a parallel implementation of an agent-based simulation. Our approach allows to adapt a se...
International audienceSimulation has become an indispensable tool for researchers to explore systems...
We discuss a parallel implementation of an agent-based simulation. Our approach allows to adapt a se...
This paper studies fundamental problems for distributed graph simulation. Given a pattern query Q an...
This paper studies fundamental problems for distributed graph simulation. Given a pattern query Q an...
We present a Distributed Memory Parallel (DMP) implementation of agent-based economic models, which ...
Graph Partitioning is a key challenge problem with application in many scientific and technological ...
Computational simulation is becoming increasingly important in numerous research fields. Depending o...
Nowadays to solve some problems is required to model complex systems to simulate and understand its ...
Assume that two sub-graphs of a graph are available and that the graph represents the corridors in a...
This dissertation addresses a series of graph problems inspired by the computational issues with fac...
Code and simulation results for the article "Scalable parallel and distributed simulation of an epid...
International audienceMulti-Agent Systems (MAS) are naturally good candidates for large-scale parall...
Efficiently processing large graphs is challenging, since parallel graph algorithms suffer from poor...
The research goal is to develop a large-scale agent-based simulation environment to support implemen...
We discuss a parallel implementation of an agent-based simulation. Our approach allows to adapt a se...
International audienceSimulation has become an indispensable tool for researchers to explore systems...
We discuss a parallel implementation of an agent-based simulation. Our approach allows to adapt a se...
This paper studies fundamental problems for distributed graph simulation. Given a pattern query Q an...
This paper studies fundamental problems for distributed graph simulation. Given a pattern query Q an...
We present a Distributed Memory Parallel (DMP) implementation of agent-based economic models, which ...
Graph Partitioning is a key challenge problem with application in many scientific and technological ...
Computational simulation is becoming increasingly important in numerous research fields. Depending o...
Nowadays to solve some problems is required to model complex systems to simulate and understand its ...
Assume that two sub-graphs of a graph are available and that the graph represents the corridors in a...
This dissertation addresses a series of graph problems inspired by the computational issues with fac...
Code and simulation results for the article "Scalable parallel and distributed simulation of an epid...
International audienceMulti-Agent Systems (MAS) are naturally good candidates for large-scale parall...
Efficiently processing large graphs is challenging, since parallel graph algorithms suffer from poor...