Publication date
March 2023
DOIAbstract
Code and simulation results for the article "Scalable parallel and distributed simulation of an epidemic on a graph
Code and simulation results for the article "Scalable parallel and distributed simulation of an epidemic on a graph
This investigation utilized both the SIR (Susceptible, Infected, and Recovered) and SI models to det...
This is version 2.0.0 of the code and represents the state of the code as used for the calibration a...
Given the human and economical impacts of recent disease outbreaks, understanding epidemics has beco...
The research goal is to develop a large-scale agent-based simulation environment to support implemen...
Abstract—Modeling dynamical systems represents an impor-tant application class covering a wide range...
Abstract:- The compartmental models using differential equations are basic models in epidemiology. T...
<p>Manuscript, code, and simulation results for submission to Royal Society Open Science. The provi...
Abstract. The research goal is to develop a large-scale agent-based simulation environment to suppor...
Open accessInternational audienceThis article deals with a performant parallel solution for a host-m...
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...
The development of the visualization tool of any infectious spreading disease requires an elegant gr...
Existing simulators designed for the evaluation of distributed graph algorithms tend to be based on ...
Efficiently processing large graphs is challenging, since parallel graph algorithms suffer from poor...
A small number of people infected with a contagious disease in a large community can lead to the rap...
This investigation utilized both the SIR (Susceptible, Infected, and Recovered) and SI models to det...
This is version 2.0.0 of the code and represents the state of the code as used for the calibration a...
Given the human and economical impacts of recent disease outbreaks, understanding epidemics has beco...
The research goal is to develop a large-scale agent-based simulation environment to support implemen...
Abstract—Modeling dynamical systems represents an impor-tant application class covering a wide range...
Abstract:- The compartmental models using differential equations are basic models in epidemiology. T...
<p>Manuscript, code, and simulation results for submission to Royal Society Open Science. The provi...
Abstract. The research goal is to develop a large-scale agent-based simulation environment to suppor...
Open accessInternational audienceThis article deals with a performant parallel solution for a host-m...
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...
The development of the visualization tool of any infectious spreading disease requires an elegant gr...
Existing simulators designed for the evaluation of distributed graph algorithms tend to be based on ...
Efficiently processing large graphs is challenging, since parallel graph algorithms suffer from poor...
A small number of people infected with a contagious disease in a large community can lead to the rap...
This investigation utilized both the SIR (Susceptible, Infected, and Recovered) and SI models to det...
This is version 2.0.0 of the code and represents the state of the code as used for the calibration a...
Given the human and economical impacts of recent disease outbreaks, understanding epidemics has beco...
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