Search Results - "Lymperopoulos, Ilias N."

stayhome to contain Covid-19: Neuro-SIR – Neurodynamical epidemic modeling of infection patterns in social networks by Lymperopoulos, Ilias N.

“…An innovative neurodynamical model of epidemics in social networks – the Neuro-SIR – is introduced. Susceptible–Infected–Removed (SIR) epidemic processes are…”
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RC-Tweet: Modeling and predicting the popularity of tweets through the dynamics of a capacitor by Lymperopoulos, Ilias N.

“…•A breakthrough model for the popularity of tweets – the RC-Tweet – is introduced:•Common dynamics between retweeting and the charging of a capacitor is…”
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CovidCurve: curve fitting modeling and early forecasting of the size and duration of Covid-19 outbreaks by Lymperopoulos, Ilias N.

“…The evolution of the cumulative number of infections, and the duration of Covid-19 outbreaks, are modeled and predicted, through a novel curve fitting approach…”
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Predicting the popularity growth of online content: Model and algorithm by Lymperopoulos, Ilias N.

“…•Linear and non-linear patterns characterize the popularity growth of online content.•Equilibrium and perturbation phases in the adoption dynamics underlie…”
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Dynamic response and transfer function of social systems: A neuro-inspired model of collective human activity patterns by Lymperopoulos, Ilias N.

“…The interaction of social networks with the external environment gives rise to non-stationary activity patterns reflecting the temporal structure and strength…”
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Online social contagion modeling through the dynamics of Integrate-and-Fire neurons by Lymperopoulos, Ilias N., Ioannou, George D.

“…•We introduce an online social contagion model based on the Integrate-and-Fire neuron.•Three mechanisms are implemented: Stimulation, stimulus processing,…”
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Micro-level dynamics of the online information propagation: A user behavior model based on noisy spiking neurons by Lymperopoulos, Ilias N., Ioannou, George D.

“…We develop and validate a model of the micro-level dynamics underlying the formation of macro-level information propagation patterns in online social networks…”
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Understanding and modeling the complex dynamics of the online social networks: a scalable conceptual approach by Lymperopoulos, Ilias N., Ioannou, George D.

“…The explosive growth of the online social networks gives rise to extensive qualitative and quantitative changes in human communication stemming from the direct…”
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